jhall39

#!bin/bash

timeLogFile='/opt/youtube-dl/time.log'
downloadDirectory='/media/cs-video/Youtube-ch/'

read -r lastTime<$timeLogFile

declare -a arr=("" "")

for playlist in "${arr[@]}"

jhall39

import hmac, hashlib

# Data from I²C trace at https://hackaday.io/project/19480-raspberry-pi-camera-v21-reversed/log/52547-i2c-logic-analyzer-trace
# Secret key from VideoCore blob

# serial[8], serial[7:4], serial[3:0]
serial = bytes.fromhex("EE8C196D8301230B59")

# rPi -> camera random number
numIn = bytes.fromhex("5805F3C898C3133154498E082F2E703516F2DBD1")

jhall39

// This is a VERY quick sketch as a proof of concept to see if we can start a car via SWCAN. This code won't work as-is, the data shown is dummy data.

#include <mcp_can.h>
#include <SPI.h>
#include "SamNonDuePin.h"

const int Red =  32;       
const int Yellow1 =  X0;     
const int Yellow2 =  27;      
const int Green =  23;   

jhall39

What is this all about?

This tutorial will turn your Raspberry PI into a simple Bluetooth audio receiver, which plays music through connected speakers. It's like a regular car audio system, but it can be used anywhere and it's a good value.

   Audio source (i.e. smartphone) 
                |
                v
 (((  Wireless Bluetooth Channel  )))
 |

jhall39

#301 Redirects for .htaccess

#Redirect a single page:
Redirect 301 /pagename.php http://www.domain.com/pagename.html

#Redirect an entire site:
Redirect 301 / http://www.domain.com/

#Redirect an entire site to a sub folder
Redirect 301 / http://www.domain.com/subfolder/