- 2010: Introductory STL (10 parts)
- microsoft/nurikabe: I open-sourced and slightly modernized my Nurikabe puzzle solver.
- 2011: Advanced STL: Part 1, Part 2, Part 3, Part 4, Part 5, Part 6
- These videos weren't migrated
VERSION=0.14.0 | |
SPECIFIER=arduino-cli_${VERSION}_Linux_64bit | |
BINDIR=/usr/local/bin/ | |
# - Avoid redownloading | |
# - Avoid overwriting | |
# - To overwrite, use make uninstall | |
install: | |
TMPDIR=/tmp/$(SPECIFIER) && \ | |
mkdir -p $${TMPDIR} && \ |
import usb.core | |
import usb.util | |
import usb.control | |
import time | |
import array | |
import json | |
# Test by Arduino | |
VENDER = 0x2341 |
Before starting I highly suggest you create a new directory on your /home/user
directory with an appropiate name for this task like rpi0alarm
so you can change directory to /home/user/rpi0alarm
and go through the following steps.
As I wrote this guide after collecting info from different sources (listed at the end) be mindful of your current path and the commands you are running to not damage your current installation on the host computer you are creating the SD Card.
You can run your "LAMP" server on Windows with all benefits of Linux command line.
Download Cygwin and run setup. Choose this packages:
Web/httpd
Libs/libapr1-devel
Make sure there is at least one file in it (even just the README.md)
ssh-keygen -t rsa -C "[email protected]"
You're taking your first steps into Ruby
A good introduction to programming in general. Easy on newer programmers.
[Updated in 02/2020 - SDK 12.3.0]