I did some math, supposedly the complete install of the latest Call of Duty game is a 200GB download[0]. At 1gbps we're talking 26 minutes of downloading. At 2.5gbps we're talking 10 minutes of downloading. I'm honestly surprised game downloads have become so massive but are those 16 extra minutes really going to change anything?
Personally, I'm rarely "surprised" by a need to play a specific game that I don't already have downloaded/installed so I can just tell Steam to download the game in advance. But if I were to be in such a surprise scenario, we're talking the difference between popping on one youtube video while I wait or popping on two youtube videos while I wait. In both scenarios, I am waiting for a small but not insignificant amount of time... now if we could get 10gbps that'd be a game changer. I wouldn't even context switch for a 2.6 minute wait.
If given the option I would trade the LED strip to not wait any longer than absolutely necessary. That's approximately the difference we're talking in BoM cost.
Now, I don't want to overstate it: it's simple disappointment. I'm still interested in the machine, as is.
I use this feature to reduce Valve's egress bill, but local transfers do seem slower than downloading from the internet. I'm not sure why. I have one device hardwired to my network switch. Maybe Steam is bottlenecked on poorly optimized disk IO code?
This is it, basically. It's a little annoying having to plan installations or wait [for ~$5 reduction in BoM]. 2.5GbE is very accessible; my LAN is 10 and WAN is 2.
Your coop building is on the unfair side of the "eclectic sometimes regressive" property tax calculation the parent comment mentions. Large (10+) multi-family rental properties are taxed at a much higher rate than single-family and 2-4 family properties. Correcting this imbalance would lower property taxes on your coop building while still raising overall tax revenue for the city.
We have 36 units in our coop iirc, so we are “large”. Generally I think our taxes are fairly reasonable. I just don’t think there is any reasonable solution here that isnt focused on a simple triangle:
- Build more, destroy short term value of existing owners
- Lower taxes, hurt short term city functioning
- Lower interest rates, drive up inflation
The only “fun” solution IMO is cut taxes and cut jobs programs that don’t deliver city value. DOE is a welfare scheme at this point.
That's not how it works. Probability of precipitation means exactly what it sounds like: the probability that precipitation will fall in a specific forecast area.
Interesting. The way I explained it was how it was explained to me by a group of weather forecasters. For instance, here [0], is an explanation from a random weatherman that is in-line with how I was told.
My problems are mostly with the language servers. I've always found them to be slower, consume more resources, and provide worse results compared to the equivalent JetBrains IDE. I've tried Python, Rust, and Go within the last few months and found this is still the case. Go is the worst of them, on larger repos gopls will easily consume 3-4x more memory than GoLand with far worse responsiveness on completions.
Jetbrains IDE, sure, they take their sweet time indexing your project, but once per start.
The Java LSP is a egregious "thing" that takes 10 to 30s to read your whole project for the n-th time while eating 40GiB of RAM in the process. On a loop, EVERY time you view a new file.
You shouldn't be seeing indexing once per start. The indexes are stored to disk. You might see the IDE scan files to figure out if anything changed whilst the IDE was stopped.
Tech as a whole may not have too many employees, it's just Big Tech that has too many. If those employees were distributed among many more smaller companies the tech market as a whole would be much more competitive.
Plaid requires your bank username and password, so they have full read-write access to your account. They can do anything you can do when logged in to the bank's website, and so can anyone else who gains access to Plaid's database.
Plaid's login flow also requires a 2FA code if your bank requires it. The same 2FA code that banks say to never provide to anyone else.
They're literally proxying the bank's login page just like a phishing site would, and I assume they're also selecting the "trust this computer" option so their access is more persistent. My bank does require re-2FA for larger transfers, but there's still a lot of damage I can do on a "trusted" computer without triggering another 2FA prompt.
Doing re-2FA for every outbound transfer, and mentioning the consequences of entering the 2FA code out of band (e.g. "enter code 123456 to confirm transfer of x$ to y" or "press OK to confirm transfer..." in a mobile app) should be the bare minimum these days.
These "clicks" are likely identified as fraudulent and dropped by the ad network. So you still pay the cost of downloading and running all the advertising JS and you still get tracked by the ad networks, all for nothing.
You seem more knowledgeable in how browsers and js work than me. Does the below text still mean that AdNausem is downloading and running all the advertising JS?
Here's what's in the link:
>AdNauseam 'clicks' Ads by issuing an HTTP request to the URL to which they lead. In current versions this is done via an XMLHttpRequest (or AJAX request) issued in a background process. This lightweight request signals a 'click' on the server responsible for the Ad, but does so without opening any additional windows or pages on your computer. Further it allows AdNauseam to safely receive and discard the resulting response data, rather than executing it in the browser, thus preventing a range of potential security problems (ransomware, rogue Javascript or Flash code, XSS-attacks, etc.) caused by malfunctioning or malicious Ads.
Basically zero ads are just static images with a link, they're dynamically loaded by JS when you open the page. The JS collects as much tracking data about you as it can, sends that off to the ad network servers which run a live auction to determine who will pay the most to show an ad to you right now, then returns that ad for the JS to display.
AdNauseam not loading the response to the "click" request makes it trivially easy to flag as fraudulent, because a real click would load and run the response.
The same metrics any site uses to identify bot behavior. It's a closely guarded secret because if the attackers knew what metrics they used the attackers would know how to not get caught.
Another reply pointed out that AdNauseam just makes an http request to simulate a "click" and throws away the response. A real click would load and execute the response so it's trivially easy for ad networks to detect AdNauseam "clicks".
The Dangerous Vehicle Abatement Program was meant to deal with drivers like this, but it was allowed to expire in 2023 after the NYC DOT failed to actually implement it.
The program allowed the DOT to make drivers with more than 15 speed camera or 5 red light camera tickets in a year to take a safe driving course or have their car siezed. The DOT only took action against a small fraction of eligible offenders however.
reply