Edit: Disregard the metric bit but I think the rest still stands.
Ummm, what? https://en.wikipedia.org/wiki/Metric_prefix
That doesn't conform to SI. It should be written as kB mB gB. Ambiguity will only arise when speaking.
> Advertised hard drives come in powers of 10.
Mass storage (kB) has its own context at this point, distinct from networking (kb/s) and general computing (KB).
> When you've got a large amount of data or are allocating an amount of space, ...
You aren't speaking but are rather working in writing. kb, kB, Kb, and KB refer to four different unit bit counts and there is absolutely zero ambiguity. The only question that might arise (depending on who you ask) is how to properly verbalize them.
Little m is milli, big M is mega. Little g doesn’t exist, only big G.
I keep meaning to see if work will let me open source it.
[1]: https://en.wikipedia.org/wiki/Quadruple-precision_floating-p...
Along with a guarantee that you get to keep access to older versions (Jetbrains and Sublime Text models)?
I'm not GP but I would at least consider it. I say that as someone who refuses to build on closed-source tooling or libraries. I'd even consider closed-source if there was an irrevocable guarantee that the source would be released in its entirety (with a favorable open source license) if the license/pricing terms ever changed or the company ceased to exist or stopped supporting that product.
> Along with a guarantee that you get to keep access to older versions (Jetbrains and Sublime Text models)?
I like that for personal tools but I wouldn't build my products or business on top of those. I've had too much trouble getting old binaries to work on new OS versions to consider these binaries to be usable in the long term.
But sure, I agree it would help if battery prices came down.
Storing that energy is quite expensive. an Anker Solix 3800, which is around 3.8kwh, costs $2400 USD. To store 10kwh would cost $7200 USD (which gets us more than 10kwh).
If that cost asymmetry can come down then it becomes feasible to use solar power to provide cheap/local electricity in poor countries at a house scale.
- $3,300: 10 kWh with 2x EG4 WallMount Indoor 100Ah.
- $3,110: 14 kWh with 1x WallMount Indoor 280Ah.
- $2,690: 10 kWh with 1x Deye RW F10.2 B
- Will Prowse's YouTube channel has reviewed several battery builds that are >10 kWh and near $2,000, but they're DIY assembly.
Isn't that just code? Where do people draw the line between no-code and code?
Maybe it was hyperbole. But if it was it wasn't obvious to me, unfortunately.
I think both Mozilla and Google are OK with this - if it is written in Rust in order to avoid that situation.
I know the linked post mentions this but isn't that the crux of the whole thing? The standard itself is clearly an improvement over what we've had since forever.