No, you`re right.
No, you`re right.
This looks like a python programmer that is mad they have to write C# Java…
I would like to use IPv6 but google and MS are having a dick waving contest with competing implementations, as I understand it. So fuck it.
I’m not super into cars, but it’s my understanding Holden was a local manufacturer that got bought out by GM? Or if not that, then they were making specifically Australian vehicles despite being part of GM, much like Ford Australia used to. Both ended up shutting down operations down here, so now we have nothing local.
If the only tool you have is a hammer, everything looks like a nail.
That’s the only thing I can think to answer your question. There are some problems that are best solved with other tools, like text parsing for example you might want to call out to some code written in a functional language.
Xitter is doing something I want? What’s the catch?
Awesome, gonna bookmark those for later. Thanks!
No problem. The one I used is an ESP32 DevKitC, and you can find info about it on Espressif’s site, or just google the pinout diagram. For basic tasks it should be all you need since it has lots of binary pins, two ADC channels, two DAC channels, realtime clock, special pins for waking it from deep sleep, two I2C, etc. Though if you want to do video input you probably want something else, I’m learning.
Anyway, if you can spare the money to get one just to toy with I’d definitely recommend it.
Okay so that is an issue with the ESP32, sure. There are a lot of variants.
So from what I can tell, the ESP32 is the SoC chip and what you usually get is a dev board which has that plus a bunch of power regulation bits, a USB connector and UART so you can easily program it, etc. That part varies mostly by pinout. I.e. Same features, different pin location.
There are also variants of the chip, but those are usually more costly and will be named things like ESP32-S2.
Every one I’ve seen can run off 5v or 3.3v and uses the latter for logic, so if you got yourself an arduino kit and then just bought an ESP32 dev board it would almost certainly work with whatever is in the kit. Both are microcontrollers, not microprocessors, so they tend not to have OSes or screens.
Oh interesting. Can you link the detector? I could use that for something else.
When you put mail in the box, unless it’s a REALLY small bit of mail it’ll land so it obscures at least one of the proximity sensors. This then sets the ‘got mail’ statue to ‘on’ in Home Assistant. From there, I have HA set up to send me notifications to go and check the mail.
Before you say so, yes this was a lot of work for something so trivial, but it was fun. Plus I actually get so little physical mail that I can forget to check the mailbox for weeks at a time. Which would be very bad if I got some actually important mail. And actually, that exact thing happened just days after I finished installing the thing. So it has already potentially saved me from a fine.
I’m sorry to say I don’t. :/ You can grab dev boards off aliexpress for cheap, and they’re really easy to play with. Just connect the to your PC via USB to load your initial ESPHome script, and they spring to life. From there you can do basic testing, since they’ll get power from the USB. It’s just a matter of what you decide you want to hook up to them after that. I assume you’re looking for like a hobby kit, like you can get for arduino boards? Something that comes with a bunch of LEDs and I2C components you can fiddle with? Unfortunately I don’t know of any that come with ESP32 dev boards, but I’ll admit I’ve not looked. Sorry.
It’s only controversial if you want the game to have easier options. ;)
The problem with blazor as I understand it, is that no, it does not compile your C# into WASM. Instead, it compiles into a standard .net module – with as much excising of unused code as possible – and distributes it with a CLR that is compiled to WASM. So effectively you’re running the .net VM inside the WASM VM. If you do client-side blazor, which is not even MS’s push anymore because they stand to make more money if you write server-side blazor and deploy it to Azure.
Do look it up yourself tho. I could have a totally wrong understanding. I haven’t looked into it in some time because I’ve not been in a position to start a new frontend project from scratch. I would love to do my frontend stuff in C# though, don’t get me wrong.
I can see the value of it but it’s also kitchy and annoying :P
Why is every proposed US law I hear about some kind of acronym?
I like how in this article the greedy cunt is talking about consumers just getting used to the idea of not owning the game being okay because they’ll keep their progress and can come back to their game any time. Like we haven’t seen media disappear off streaming services all the time. Like nobody has ever fallen on hard times and had to cut ongoing costs. Fuck off.
I got on twitter because artists I want to follow post there, a lot of them exclusively. They do this because – in theory – that is where the audience is, with the biggest potential for growth. Then they all get shadowbanned, even the ones that don’t draw porn, because they don’t bring in ad revenue or something. Alternatives exist but so many of them refuse to go to another platform because there isn’t an audience there, pre-packaged and waiting for them.
I understand it, but also I don’t. It’s a cyclical problem but only the content-producing side has the power to solve it.
The point of use flags is to make it so if you don’t want to print, every package that would otherwise pull in CUPS as a dependency can be compiled without it. Stuff like that.
Gentoo also has a good system for handling multiple concurrent installs of different versions of some packages, e.g python.
If there’s software you want to install from source that uses automake it’s pretty simple to build your own package for it.
Very much a system for doing things your way, and a good way to learn linux IMO. To that end, no there is no installer, but the process is not that complex. Boot a live USB, partition and format a drive, download and extract a base system, install a kernel (there is a fits-most-needs one available now), install a bootloader. Reboot into your new system and continue installing what you need from there.