Raspberry Pi: Difference between revisions
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==After Installing: Interfacing with Headless Pi== | |||
=Interfacing with Headless Pi= | |||
If you are running a headless Raspberry Pi, you can follow these instructions for modifying the Raspberry Pi boot sequence so that you can find your Pi on a network: [[RaspberryPi/Headless]] | If you are running a headless Raspberry Pi, you can follow these instructions for modifying the Raspberry Pi boot sequence so that you can find your Pi on a network: [[RaspberryPi/Headless]] | ||
=First Steps with Pi= | ==After Installing: First Steps with Pi== | ||
You can find a guide to your first steps with Raspberry Pi, mainly covering the setup process for Raspbian Linux: [[RaspberryPi/First Steps]] | You can find a guide to your first steps with Raspberry Pi, mainly covering the setup process for Raspbian Linux: [[RaspberryPi/First Steps]] | ||
=Raspberry Pi Projects= | |||
= | ==Hardware Focus== | ||
==Morse Code on Raspberry Pi== | ===Morse Code on Raspberry Pi=== | ||
This page has more details on a quick-and-easy Morse code library I wrote in Python: [[RaspberryPi/Morse Code]] | This page has more details on a quick-and-easy Morse code library I wrote in Python: [[RaspberryPi/Morse Code]] | ||
==Raspberry Pi Timelapse Photo== | ===Raspberry Pi Timelapse Photo=== | ||
You can find a short guide to how I built a Raspberry Pi time lapse photo camera here: | You can find a short guide to how I built a Raspberry Pi time lapse photo camera here: | ||
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[[RaspberryPi/Timelapse]] | [[RaspberryPi/Timelapse]] | ||
==Hello World LED Circuit with GPIO== | ===Hello World LED Circuit with GPIO=== | ||
This project controls a simple LED circuit with the Raspberry Pi's onboard GPIO cable: [[Hello World Raspberry Pi]] | This project controls a simple LED circuit with the Raspberry Pi's onboard GPIO cable: [[Hello World Raspberry Pi]] | ||
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This project uses a python code to send high/low voltage signals to pins on the GPIO, and make an LED on a breadboard blink. | This project uses a python code to send high/low voltage signals to pins on the GPIO, and make an LED on a breadboard blink. | ||
==Kali Linux on Raspberry Pi== | |||
==Software Focus== | |||
===Run Web Server on Pi=== | |||
You can find a guide to running a lightweight web server with Flask or something similar over at [[RaspberryPi/Web Server]] | |||
===Kali Linux on Raspberry Pi=== | |||
Getting deeper into the world of networking and using the Pi for security and networking applications: | Getting deeper into the world of networking and using the Pi for security and networking applications: | ||
Revision as of 20:28, 31 July 2015
A guide to hacking on the Raspberry Pi, a microcomputer that runs a full stack Linux OS, all on a mobile processor:
Installing
The page containing instructions for installing an operating system on the Raspberry Pi is over at RaspberryPi/Installing
After Installing: Interfacing with Headless Pi
If you are running a headless Raspberry Pi, you can follow these instructions for modifying the Raspberry Pi boot sequence so that you can find your Pi on a network: RaspberryPi/Headless
After Installing: First Steps with Pi
You can find a guide to your first steps with Raspberry Pi, mainly covering the setup process for Raspbian Linux: RaspberryPi/First Steps
Raspberry Pi Projects
Hardware Focus
Morse Code on Raspberry Pi
This page has more details on a quick-and-easy Morse code library I wrote in Python: RaspberryPi/Morse Code
Raspberry Pi Timelapse Photo
You can find a short guide to how I built a Raspberry Pi time lapse photo camera here:
Hello World LED Circuit with GPIO
This project controls a simple LED circuit with the Raspberry Pi's onboard GPIO cable: Hello World Raspberry Pi
This project uses a python code to send high/low voltage signals to pins on the GPIO, and make an LED on a breadboard blink.
Software Focus
Run Web Server on Pi
You can find a guide to running a lightweight web server with Flask or something similar over at RaspberryPi/Web Server
Kali Linux on Raspberry Pi
Getting deeper into the world of networking and using the Pi for security and networking applications: