The port number on the outside doesn’t have to be the same as the port number on the inside.

The platform is owned by Google. By using YouTube in any way, watching, liking, subscribing, commenting, searching, clicking, all of it, you’re “using Google”.

So, the answer is that you cannot use YouTube and not use Google.

If Google is broken up, that might change, but I’m not sure if that will ever happen, what form that might take or if it would ever happen at all.

I’m fairly sure that the price information shown on a Google Search result page is advertising that comes from a different source than the results do.

As far as I know, you could write a plugin for SearXNG to query suppliers and format the output as required.

I think that Google Shopping might be queried in the same way, but I’ve never looked into it deeply.

Seriously? From the README:

I would like to first fix the kernel headers issues that break the UAPI for C++ compilers (because they use C++ keywords that break C++ code) and the Windows filesystem (Windows filesystem is case-insensitive, so some headers cannot be stored on Windows filesystems).

I can’t wait to see this kernel become dependent on .NET

If you’re wondering, this is what embrace, extend and extinguish looks like.

If you use a raspberry pi for each USB device, you could use multicast to distribute the iso across the network once and have each pi write it to the USB drive connected locally.

I also had a quick look around and found this:

• https://www.everyusb.com/how-do-you-copy-data-to-multiple-flash-drives-at-once

One other idea I came across was to setup the devices as a raid array and write to the raid device.

The Creative Commons website helps you pick the correct licence:

https://chooser-beta.creativecommons.org/

You could use a cron job to grep through the file and reformat the output into a webpage, markdown, or plain-text file.

Given your “updoot”, I figured that you’d get it, seems that others were not so lucky…

This precious token was gifted to me and I pass it to you…

Thank you for the links, never heard this, much appreciated.

Unfortunately, with that comes no assistance to your query.

I’d set-up a static website on an AWS S3 bucket. Then you can use AWS Cloudfront to distribute access around the planet.

Cost is mostly negligible unless you are serving big files.

Also, the word you’re looking for is: “headless”, as in, “headless install”

The traditional way is to use a serial console from another device.

I don’t know, but I doubt that the frequency response of a mobile phone microphone is either linear or consistent across sound level.

I don’t even think you could compare two sounds with different frequencies, but I don’t know.

I suspect that calibration of any such thing would require a whole lot of infrastructure, consider for example the angle of the phone in relation to sound and the impact of holding the phone in how it affects vibration and noise damping.

You might be able to use a calibrated sound level meter and pair it via Bluetooth with your phone, but I think that’s going to be as close as you might get.

In the past I’ve tried a wired USB microphone, but the OS isn’t real-time, so the jitter was horrendous. A pi would give you a more consistent result.

Note that there is no calibration of audio hardware, so the level of usefulness of any such software would be strictly limited.

Yeah, I was hoping to avoid that, but it’s been heading that way for a few days now :}

Yeah, it’s already on a pi, connected to my LAN and the USB port of the CNC. The switch is on a gpio pin.

I need to automate the calibration of the three axis. In other words, tell the CNC to move a specific distance, then figure out how far it actually moved, update the number of steps per mm, rinse and repeat.

To implement this, I have a known calibrated distance, a set of three 1-2-3 blocks, so I actually need to move until the switch closes, then ask the CNC how far it thinks it moved.

I intend to run this several times because right now, doing it manually is giving me weird results and I’m trying to figure out the root cause of the error.

So, I need to move an axis, interrupt the move if the switch is closed, and keep moving until the switch is closed.

That’s several recommendations for expect. I’ll start digging. Thank you.

I started down the bash path but came unstuck when I wanted to create a process that uses a single bidirectional serial port to write a move command, whilst reading the current location and checking to see if an end stop switch was closed to write a stop command.

Ideally, all of it is interrupt driven, but I’m at a loss to see how I can do this with either Kermit or expect. Both appear to use a send, then wait for a response model, even if you can check for different responses.

Of note is that the end stop is external to the serial communication, so I can’t check the same stream for that information.

No, it needs to be serial communication. My use case is talking to a CNC.

Edit: fat fingers: “ea” -> “to a”