Hashed hierarchical timing wheels is a cool very specialized data structure to make this efficient. The paper claims it's O(1) to start, stop and maintain timers which is much more efficient than O(log n).
Given there's n timers and O(1) operations I'm not sure where the O(n log n) fits in here. Possible in the minimum number of ticks?
> If we can guarantee that all timers are set for periods less than MaxInterval, this modified algorithm takes O(1) latency for START_TIMER, STOP_TIMER, and PER_TICK_BOOKKEEPING.
I think that puts this in the same class as counting sort.
It goes Stable -> Beta -> Nightly in terms of closeness to trunk. I believe Preview == Beta and Preview Nightly == Nightly now. The Preview apps are going away since the new interface is releasing soon
IIRC, the two "preview" ones are the new Firefox, the other three are the long-existing Firefox. So once the new Firefox replaces the old, the two "preview" apps won't be necessary anymore.
But for remote control, it stops after every few minutes, asking the "controlled" user to click on a button to continue. Not so practical in a few situations.
It always happens for me when accessing a Linux machine remotely. I can't find a screenshot now, so the next time I do it, I'll take one. It seems to be a security measure, to prevent someone from sharing remote access and then forgetting about it afterwards, but it makes for terrible usability.
Don't know too much about this but I can speculate.
Bamboo is hollow so probably doesn't capture as much carbon compared to a solid tree. You can also use the wood from trees in a lot more places than bamboo.
1. http://www.huntingwithnonlead.org/bullet_types.html
2. https://www.getzone.com/hunting-ammo-9-of-the-best-non-lead-...