infeeeee @ infeeeee @lemm.ee

New profile: @infeeeee@lemmy.zip

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2 yr. ago

!idm@lemm.ee

Since I stopped using mainstream socialmedia I can't follow musicians I'm interested in. Some have a bandcamp page and rss works there, but they just upload their albums there, nothing else. At least I get notified about new releases. I tried to follow facebook and instagram pages via rss-bridge, but it's not working for years now. My selfhosted bibliogram sometimes work, but it's unmaintained so it will die at some point if instagram changes something. (I just found there is a maintained fork, yess) My ip usually gets blocked, so I get all posts once a week only in batch.

So I'm interested, unfortunately none of them enabled fedi integration yet, (afaik it's a settings for them in threads) so I'm waiting when they will enable it for everyone.

I don't want to debate about politics or whatever you are afraid of.

There was a vote about it in !meta@lemm.ee : https://lemm.ee/post/851217

I wanted to vote against defederation (edit: i was offline that week or something, I can see I didn't vote) I liked on this instance that we are treated as adults, and the admin let us decide what we want to see. You can block instances if you want. Defederating with Threads even before we can see how it would work goes against this philosophy.

Afaik there is no way to see anything from threads on lemmy yet, connection with mastodon like services work only, so we are again debating about a not yet existing thing.

If it will work between threads and lemmy I will look for another instance where I can devide what I want to see.

I'm not familar with shelly, but they don't use MQTT autodiscovery? If they use it you should have a corresponding HA entity or device of each switch. Then you can use built in tools or templates in automations, and don't directly mess with MQTT. That's much easier and stable.

If they don't use autodiscovery you can create HA entites via configuration.yaml manually

It's the most common and most supported 3rd party Android rom:

• https://en.m.wikipedia.org/wiki/LineageOS
• https://www.lineageos.org/

Usually you can have 3 kind of rom for an android device:

• Default from manufactuerer: usually locked down, shitty default apps and preinstalled crapware, updates stop soon. Usually stable.
• Cooked/unofficial rom from xda or telegram: some script kiddy has the same phone as you and they share the rom they built from source. Hit or miss, sometimes very good, sometimes terrible. Updates stop when script kiddy gets a new phone.
• Official 3rd party rom, Lineage is the most common, Crdroid, Graphene, eos and other secure and special roms are in this category, but they support far less devices. Updates are automatic, built by a server every month. Someone have to set it up, so you still need someone interested about this in the community, and the manufacturer have to release drivers, firmware. (They should be legally, but noone cares) Usually that's the best experience you can get on an Android device nowadays

You can still install android on them, BlissOs is a rom for x86 devices. Intel and amd gpu hw acceleration works ootb: https://docs.blissos.org/knowledgebase/frequently-asked-questions/hardware-compatibility/ If you just need for media consumption they are good, some apps don't work as they only support arm cpus.

The reason is choice and support. On an arm android device you have to wait for the manufacturer for updates or to publish source, so someone can support the device for you. With x86 it's just a normal, standard pc, you can do whatever you want.

It's a strange diagram but shows what you have to know. If you ever seen different keyed m.2 cards, you should understand this. The important thing is the location of the keys, the notch. All m.2 cards has an 'up' and 'down' side, it shows only the 'up' side. You have to look inside the receptor to see the pins, that's why it shows both sides, it's not possible to see one side only on the receptor as they are in a plastic casing. Usually you can't see the pins on the mobo, only the key.

You can see a similar diagram on wikipedia, both sides of receptor, top side of card:

The offset you were writing about doesn't matter, it actually helps. You can't accidentally insert the card upside down. The location of notches also help with this, as not all possible notches used yet, but in the future it could change.

These connectors are really small. The receptor is similar how sodimm connector works, but smaller. Are you also afraid about inserting a ram in an laptop? It's basically the same.

Read more about the connector in wikipedia, I'm really happy this slowly replaces sata, msata, mpcie and even pcie in current pcs.

https://en.wikipedia.org/wiki/M.2

It's important to note, that these things are designed for the average user. If you want to change the wifi password, you are by far not an average user. Most users just plugs in and never even think about that, and the number of that kind of users are several order of magnitude higher than the conscious ones. For them it's much more secure to set a random pw. If you let them select a password they will choose 12345 or password.

If you know what you are doing usually it's better to buy your own router where you can change everything the way you like.

You are right. The user you are replying to has no idea what they write about, as they confessed in another comment.

You seem to love spreading misinformation on the web. Why are you commenting 4 times if you are not familiar with the topic?

This is an m.2 connector. You have to secure it with a screw on the other side. It's nearly impossible to mess it up.

Apple frequently uses proprietary connectors, I don't know which one you are reffering to. I won't guess because I'm not very familiar with all apple connectors.

You don't have to comment on a topic if you are not familiar with. Please stop.

Iphone 4 had a shitty antenna design. This was the first iphone with a metal frame around, on the sides of the phone. If you holded it with your left hand you could easily accidentally short the two parts of the antenna, basically cutting all signals.

This was definetily a design fault, there was even class action lawsuit against Apple. When they asked Steve Jobs about this, he replied:

"You are holding it wrong."

Antennagate happened 14 years ago. A lot users are too young to remember that

How this photo related to the fediverse? c/lostlemmings?

I've seen cheap solar powered garden lights which used AA sized rechargeable batteries literally yesterday. A friend asked me to take a look why they stopped working, and I was astonished that it was a standard size, not the classic box with the thinnest possible red and black cables as usually in cheap plastic stuff like that.

My solar powered keyboard uses ML2032 coin cell rechargeable battery. They are rare, but exists.

It's true what you write, but it's not related to Wayland/X11.

But this is the reason CAD software can't use multiple cpu cores for geometry calculations. The next calculation needs the result of the previous one, it can't be parallelized.

Buy a better case for the mobo. I modded once an mITX motherboard to an ancient HP Proliant microserver case, it's not that hard. Mobos like this doesn't have standard screw distances, but you don't have to secure all screws in a ghetto server. 2 screws and some padding is enough, with 3 screws you are overengineering.

I use it frequently, and it's mostly right. It can tell traffic jams really precisely (it says something like "you will have to stop in 300m" and the traffic jam is actually starts at ∓10m from that point)

But it tries to navigate me through fully closed roads. I don't know why is that. The kind of closed road it misses is regularly closed, but at irregular intervals (like most weekends on the summer, but not always, if there is some happening it is also closed on weekdays, etc). These kind of irregular things shouldn't be mapped in OpenStreetMap (As documented in the wiki) I have a feeling that they think that it should be mapped, but I won't map it.

I guess it also depends on where you live, so just try it first.

They collect location of their users but anonimize every data on device, they can't track anyone personally. They also sell their SDK to businesses and collect data from there as well.

So what? Every laptop has a gpu do you call them gpu laptops? Modern CPUs/SOCs accelerate a lot of things, this is just one more.

Nvidia called the ray tracing gpus RTX. Now all of them has that chip, all of them are called RTX. Same will happen here, in 5 years every cpu will be "AI" and no one will call it that way