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That would be perfect. It should more or less work with the existing tools for Linux out of the box so it would be very easy to get working.This is why ATM a pi zero configured to run the load on boot would work a treat. Cheap and easily setup. I'll upload a setup script to GitHub once I've finished it I'm working on this now.
But you still have to do it when your device is reporting battery wrong. Nintendo reports how to calibrate and it's similar to smartphones.You should never discharge a lithium ion. The current necessary to charge increases exponentially and the battery will refuse to charge for safety reasons.
Would be cool to be able to use something like the usb dongles we used to hack PS3 in the early days. I think I used a Minimus AVR or something like that.wouldn't a processor capable of running a full blown desktop operating system be overkill? why not a cheap microcontroller like an stm32 or an atmega328p (the one in the arduino)?
Your battery will never get to 0% under normal usage.But you still have to do it when your device is reporting battery wrong. Nintendo reports how to calibrate and it's similar to smartphones.
For my Nvidia Shield tablet 4 example Nvidia tells to use the tablet until it dies, turn it on again to see if it turns on or report low battery, then fully charge it while OFF, disconnect usb and turn on it must report 100%.
Then we use it to around 90% and fully charge again and it's calibrated...
Nintendo has a similar way, but it's not exactly the same.
Ps: it always worked 4 me. And my brand new Nintendo was also reporting bad battery, but after the calibration now I have 100% after not using it 4 weeks...
Are you sure pi zero has the required usb controller?This is why ATM a pi zero configured to run the load on boot would work a treat. Cheap and easily setup. I'll upload a setup script to GitHub once I've finished it I'm working on this now.
Yes offcourse the % I mean is exactly on the device and not battery since 0% would also mean 0 Volts in it which is only good for storing Nicd batteries...Your battery will never get to 0% under normal usage.
It actually shows up as "0%" and your device stops using it altogether when it still holds some charge.
The only way to get it to 0% is to use it until it is depleted, and then let it be on storage discharging on its own, disconnected, for a couple of months... then it is gone forever.
Even if it is really hard to believe, there exist these battery worrying freaks. People that go around with tinfoil hats, telling tales that you shouldn't leave your Switch on the dock because it will make the battery explode, and that you should turn it always completely off so the government can't spy on you and also make your battery explode.
Or just android/ios with a otg cableWhat we may see is someone produce a bootkit, so instead of having to open the console or use a pc we just plug a small dongle into the usb-c port which handles the payload.
Or just android/ios with a otg cable
Erm... Not sure if you read my post right, but what I say it is "hard to believe" is that "battery worrying freaks exist, people that go around with tinfoil hats, telling tales that you shouldn't leave your Switch on the dock because it will make the battery explode".It is not hard to believe because it is proven.
You could probably make a dongle of some sort using one of those hobby boards such as "Intel Edison" to send the instructions. This should be sufficient enough, and would make it portable.did you not read my original first post? the title of this thread is "this is exactly why we need a modchip", fusee is tethered, and requires a pc to send the instruction set/payload
Are you sure pi zero has the required usb controller?
I think they are all 2.0 though so it might be an issue.IIRC the controller is the same as the pi3 it's just a micro USB socket so you'd need micro USB to USB c but that shouldn't be an issue. I'm building mine at the mo so will confirm once i've done it
Soon, those on 1.0-3.0 will require no hardware solution, and a little after that 3.0.1-4.1.0 will be the same. 5.0 and above will require the jig for exploit installation, but will be untethered after install.
But no one was talking about batteries to the extreme like that...Erm... Not sure if you read my post right, but what I say it is "hard to believe" is that "battery worrying freaks exist, people that go around with tinfoil hats, telling tales that you shouldn't leave your Switch on the dock because it will make the battery explode".
I guess it is easy to prove, you should catch one of those wearing the tinfoil hat while telling the tale of exploding batteries and film him with your phone, I guess... but I get this idea you didn't really get what was I telling that was "hard to believe", and I am not quite sure you have gone to the lengths of "proving it". Just saying.
Erm... Not sure if you read my post right, but what I say it is "hard to believe" is that "battery worrying freaks exist, people that go around with tinfoil hats, telling tales that you shouldn't leave your Switch on the dock because it will make the battery explode".
I guess it is easy to prove, you should catch one of those wearing the tinfoil hat while telling the tale of exploding batteries and film him with your phone, I guess... but I get this idea you didn't really get what was I telling that was "hard to believe", and I am not quite sure you have gone to the lengths of "proving it". Just saying.
They might also be waiting for Atmosphere CFW or just maybe they could be actually making their own CFW too, hope they give news soon about the soldering version as I want extras, not just RCM CFW...Ok. so we know exactly what the TX solderless solution is. That is quite simple.
I believe their soldered product will likely have flash memory built in to it so it can boot CFW, which is why it is taking them so damn long to finish up because they are running into a lot of problems trying to make it compact enough to fit in the switch.