I know these were meant for learning, but is there a setup that teaches me to set it all up as I'm doing it rather than installing it all then doing it.
No particular uses atm.
If you have not bought the Raspberry Pi yet, and you are currently using Windows, you may use Cygwin to simulate the Unix environment, which is basically how the Operating System will be if you were to use a Raspberry Pi since most of the OS are Debian-based.
Also, you should start with some simple programming language first. Python is a very easy and useful language to start with, as you can write many kind of scripts with it by using the abundant libraries available for it. There's two versions of Python, namely Python 2 and Python 3. I will strongly recommend you to pick up Python 3 immediately since Python 2 is getting deprecated soon. With Python 3, you may even go further into Machine Learning / Deep Learning if you're interested in those fields.
Afterwards, if you enjoy programming, try to advance further into Object-Oriented Language, such as Java and C++. This are also well-established and widely used programming languages. So knowing all of those will give you a solid programming groundwork.
All the best in your learning
Agree with the above.
But honestly, you should do some googling. There are literally hundreds of even thousands of guides on setting up a Pi easily. Like, come on, do some research. It's not a matter of 'asking to get the RIGHT information' because if you compare three guides, you'll see they're all almost identical.
That being said, a Pi is nothing more than a small computer. There's nothing you can do on a Pi that you an't do with a regular computer, whether it be a desktop or laptop. Unless you found a cool project on hackaday.io or something, you shouldn't need a Pi just to learn how to program. IF anything, I'd recommend getting yourself an Arduino Nano if you are interested in hardware interfacing options with GPIO.
Pi's aren't necessarily meant for learning. People tend to use them more for small embedded projects in which they need a bit more power than a simple 16mhz microprocessor. If you really want to learn, don't get a Pi, get yourself a book on programming instead for the same price.
Both previous responses are correct. A Pi is just a small computer. While they can be used for some hardware projects like Arduinos, the "learning" aspect they were intended for was for kids to learn to use computers by making a very inexpensive computer available to them. The foundation actually donates boards to this end as well. Setting these up initially is quite easy with instructions available on their site. You simply download your Linux distribution of choice to run on it, flash it to an SD card, and put that card and necessary peripherals on the Pi. You can even bypass the first two steps by purchasing an SD card with a distribution already on it, although this loses some flexibility of choice. There is even a Kali image available for download. Once you've done all this you simply have a Linux computer capable of most things any other computer could do with the added GPIO headers in case you are interested in hardware design as well.
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