klysm

20 ms·

421.
by klysm 2y ago
Wow that is painful. I think locales are generally net negative in such use cases
422.
by klysm 2y ago
That sounds like a good thing
423.
by klysm 2y ago
Sure, but you have not disqualified their claims. Perhaps the conservative side should be painted in a bad light?
424.
by klysm 2y ago
> People aren't using static ips for authentication purposes Unfortunately they are! I’ve seen up whitelistijg used as the only means of authentication over the WAN several times
425.
by klysm 2y ago
Now this is an interesting take - I can’t tell if you are being serious
426.
by klysm 2y ago
This might solve the problem - gotta stand up to scrutiny first which takes some time
427.
by klysm 2y ago
I could go into detail, but it was stated as if these technologies should unambiguously be adopted
428.
by klysm 2y ago
Isn’t that completely orthogonal? IP addresses aren’t authenticated, they can be spoofed
429.
by klysm 2y ago
Probably not as accurate
430.
by klysm 2y ago
Where do they show up in classical mechanics?
431.
by klysm 2y ago
Completely agree. IP addresses are almost never a good means of authentication. It results in brittle and inflexible architecture as well. Applications become aware of layers they should be abstracted from
432.
by klysm 2y ago
I’m not convinced that mTLS or OIDc are good ideas
433.
by klysm 2y ago
Unfortunately we gotta do both. Overlay networks like wireguard might be a good stepping stone to move software towards IPv6 anyway
434.
by klysm 2y ago
Why is it important to have a static outbound ip address?
435.
by klysm 2y ago
Hiring is hard. From the company side, you might be a small company looking at a pile of 1000 resumes. It’s not tractable to send a personal response to everybody. Nobody has the conversion rate numbers. I’ve hired excellent engineers throu
436.
by klysm 2y ago
Decoupling can be used on signal lines, but we’re talking about power lines here. If you have something like an ATMega, it will change its power demands very frequently at high frequencies due to switching signals on and off. Without some a
437.
by klysm 2y ago
I think I agree with what you’re saying - adding systems on top of something that doesn’t need it isn’t worth it. I agree; however, some folks can’t “just” follow their natural tiredness to manage their sleep.
438.
by klysm 2y ago
I can easily stay awake and alert for 20 hours at a time. That is not conducive to staying on a good schedule
439.
by klysm 2y ago
I was responding to this: > Sleep when you're tired, work and play when you're not. I don’t get tired on a good cadence so this doesn’t work for me. I have to follow a schedule that’s independent of how awake, motivated, or tir
440.
by klysm 2y ago
Doesn’t work for me, my natural cycle would have me not aligned with the sun and the rest of the world operates aligned with the sun
441.
by klysm 2y ago
I’m not convinced the size is actually a problem - is that the most constrained resource here? What do we gain from decreasing power density?
442.
by klysm 2y ago
My guess would be network. It is very difficult to isolate against configuration mistakes at the network layer
443.
by klysm 2y ago
Completely agree. People regularly conflate react core libraries with stuff like next
444.
by klysm 2y ago
This is straight up not true. React state management is very flexible and requires you to think about what your problem is and the nature of state. There is absolutely nothing preventing you from keeping those safety - I’m not sure what you
445.
by klysm 2y ago
But that’s what a capacitor does? The point is to provide a low-inductance path, not really block DC
446.
by klysm 2y ago
Smoothing is part of the story: but the important question is what is causing the roughness? Switch mode power supplies have inherent output ripple that can be filtered, but that’s distinct from transient variations in the load. Decoupling
447.
by klysm 2y ago
Checks out, most boards are made with very conservative amounts of decoupling capacitance because it’s way easier than dealing with random failures due to not enough capacitance
448.
by klysm 2y ago
That seems like one the least harmful mistakes you could make. Capacitors are sprinkled all over boards in excess’s because it’s probably better than not enough capacitance.
449.
by klysm 2y ago
Money
450.
by klysm 2y ago
Amazing, and I was soooo glad to see the integral has a closed form. I’m very curious what this looks like in the discrete case. I’d imagine it’s somewhat straightforward to code a simulation?

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