Kristian Kosev krisstakos

Shell Motorsport Bluetooth Remote Control

Shell Motorsport collection

Shell Oil Company in its gas station offers loyalty program under name Shell ClubSmart. Members collect points which can be later used to get rewards. In 2020 they have offered a collection of die-cast car models under name Shell Motorsport. All models of the colletion are equipped with electrical motor. One of the models - Nissan Formula E Gen 2 Car - contains a battery that can be used to control a model remotely over Bluetooth. In some markets a battery with

Instructions for setting up a Raspberry Pi Zero for running OpenOCD specifically for the purpose of disabling Access Port Protection on nrf52 boards.

Build OpenOCD with CMSIS-DAP and GPIO support

The below script builds natively on the RPi0, and will take a very long time.

sudo apt install wget git autoconf libtool make pkg-config libusb-1.0-0 libusb-1.0-0-dev libhidapi-dev libftdi-dev libhidapi-dev telnet
git clone https://github.com/ntfreak/openocd
cd openocd
./bootstrap

This script is NOT MAINTAINED

This snippet of code was posted in 2014 and slightly revised in 2016 and 2017. It was more of a quick'n'dirty script than a polished tool. It is made only for Linux and in Python 2, which has since become outdated.

I currently do not use it, and I suggest you avoid it as well. Please do not expect support for using this script.

🔥 If you need an alternative, @glaucocustodio has kindly suggested EasyVPN in this comment.

The rest of the README is left for historical purposed.

	CC = gcc
	RM = rm -f

	INSTRUMENT_FOR_PROMETHEUS := false

	ifeq ($(INSTRUMENT_FOR_PROMETHEUS),true)
	CFLAGS = -Wall -DINSTRUMENT_FOR_PROMETHEUS
	LIBS = -lbcm2835 -lprom -lpromhttp -lmicrohttpd
	else
	CFLAGS = -Wall

	Starting point is release "NG Alpha-5 2019-06-08" of Crankshaft (https://github.com/opencardev/crankshaft/releases/tag/csng-alpha5). Tested on Raspberry Pi3 Model B and Model B+.

	1. Activate DEV mode in Crankshaft. See this guide: https://github.com/opencardev/crankshaft/wiki/Dev-Mode-and-Debug-Mode
	I used first method changing DEV_MODE=1 in /boot/crankshaft/crankshaft_env.sh mounting the microSD in my computer.
	2. Attach Ethernet cable to Raspberry/Crankshaft, boot, find out IP and login through SSH (user: pi; pwd: raspberry).
	3. Update distribution and install some packages:

	$ sudo apt-get update
	$ sudo apt-get upgrade
	$ sudo apt-get install -y libboost-all-dev libusb-1.0.0-dev cmake libprotobuf-dev protobuf-c-compiler protobuf-compiler librtaudio-dev

	"""
	Serial protocol decoder for UNI-T UT61C (GS).
	"""

	import serial

	BV = lambda x: 1 << x

	FLAGS = {
	BV(0): 'BPN', # Bargraph rule


	/*
	ATtiny85 as 2-channel Analog + 1 PWM Output I2C Slave by Rawze. 05-16-2017
	Default I2C adress = 0x04.

	Program written and tested with ATTiny85 Arduino 8MHz internal clock bootloader.
	Don't forget to select 8-Mhz internal clock and flash the bootloader on new hardware before first use.

	/**
	* USB HID Keyboard scan codes as per USB spec 1.11
	* plus some additional codes
	*
	* Created by MightyPork, 2016
	* Public domain
	*
	* Adapted from:
	* https://source.android.com/devices/input/keyboard-devices.html
	*/