Gareth gyaresu

## anonymous
#include "stm32f4xx_hal.h"
#include "main.h"
#include "spi.h"
#include "usart.h"

#define QUAN_SPI_BYTES 8

#define LIS3DSH_READ							0x80U
#define LIS3DSH_WRITE							0x00U

## extract_positions.sh
#!/bin/bash

cat $1 | grep '^IRA:' > $1_positions.csv
sed -i -e 's/^.\+sat:/sat:/' -e 's/\( RAI\:.\+\)\|\(sat:\)\|\(beam:\)\|\(pos=(\)\|\()\)\|\(alt=\)\|\(+\)//g' -e 's%/%;%' -e 's/ /;/g' -e '/^00;00/d' -e 's/$/000/g' -e '/[0-9]\+;[0-9]\+;\([0-9]\+\|-[0-9]\+\).[0-9]\+;\([0-9]\+\|-[0-9]\+\).[0-9]\+;[0-9]\+/!d' $1_positions.csv
awk -F ';' '($5<=100000){print}' $1_positions.csv > $1_positions_spotbeams.csv
awk -F ';' '($5>100000){print}' $1_positions.csv > $1_positions_satellites.csv
sed -i '1 i\satellite;beam;latitude;longitude;altitude' $1_positions*.csv

## tutorial.md

      
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                ChameleonMini fun
              
          
    Getting it to work

The device is shipped with test firmware installed. To burn a proper firmware, you will need:

Atmel USB DFU Programmer from https://sourceforge.net/projects/dfu-programmer/
Actual firmware files, which in worst case scenario you have to build yourself
Incorrect instructions from https://store.ryscc.com/blogs/news/upgrading-the-firmware-on-a-chameleonmini
Correct instructions (and a .bat file) in the firmware documentation

The instructions on the blog page are incorrect because Rev G hardware uses ATxmega128A4U instead of ATxmega32A4U. Why? Probably an outdated version of hardware.

  
## mockup.py
# Creating a GreatFET object implicitly opens the USB connection to the device.
try:
    device = GreatFET() # Optionally accepts serialNo= to select between multiple GreatFETs.
except DeviceNotFoundException:
    print("No device found!")
    sys.exit()

# Once a connection is made, the board's ID is queried, and used to make the board's peripherals available.
# (This either would be a factory method that produces an appropriate class, or a run-time mixin.)
# For now, this would mean that objects are present on 'device' that allow access to each of the Azalea board's peripherals.

## uninstall-haskell-osx.sh
#!/bin/bash

# source: http://www.haskell.org/pipermail/haskell-cafe/2011-March/090170.html

sudo rm -rf /Library/Frameworks/GHC.framework
sudo rm -rf /Library/Frameworks/HaskellPlatform.framework
sudo rm -rf /Library/Haskell
rm -rf .cabal
rm -rf .ghc
rm -rf ~/Library/Haskell

## LoRaFW_IOX_AdafruitIO_Gateway.ino
/*  LoRa FeatherWing IOX Adafruit IO Gateway Example Program
 *  By: Dan Watson | syncchannel.blogspot.com
 *  Date: 3-12-2016
 *  Version: 0.1 Initial Release
 *
 *  Example Adafruit IO Gateway Program for the LoRa FeatherWing IOX for Adafruit Feather
 *  Tested with HUZZAH ESP8266
 *
 *  This program configures the Feather as a LoRa receiver and Adafruit IO Wi-Fi Gateway.
 *  It is intended as a companion to the LoRA FeatherWing IOX Beacon Example Program.

## LoRaFW_IOX_TransceiverMode.ino
/*  LoRa FeatherWing IOX Tranceiver Mode Example Program
 *  By: Dan Watson | syncchannel.blogspot.com
 *  Date: 3-12-2016
 *  Version: 0.1 Initial Release
 *
 *  Example Tranceiver Mode Program for the LoRa FeatherWing IOX for Adafruit Feather
 *  Tested with Feather M0, 32U4 and HUZZAH ESP8266
 *
 *  This program configures the Feather as a LoRa receiver. It is intended as a companion
 *  to the LoRA FeatherWing Beacon Example Program, and can receive the beacon messages.

## LoRaFW_IOX_BeaconMode.ino
/*  LoRa FeatherWing IOX Beacon Mode Example Program
 *  By: Dan Watson | syncchannel.blogspot.com
 *  Date: 3-12-2016
 *  Version: 0.1 Initial Release
 *
 *  Example Beacon Mode Program for the LoRa FeatherWing IOX for Adafruit Feather
 *  Tested with Feather M0, 32U4, and HUZZAH ESP8266
 *  However, you only have one analog input on HUZZAH (1V input max!)
 *
 *  This program configures the Feather as a transmit-only beacon. It transmits a payload of data

## lily.py
from PIL import Image
import struct
import sys

imgsize = 128

img = Image.new('L', (imgsize, imgsize))

with open("lily.cfile", "rb") as f:
	while True:

## monad-stream-example.js
const fetch = require('node-fetch')
const Bacon = require('baconjs')

function getInPortuguese(word) {
  // Google Translate API is a paid (but dirt cheap) service. This is my key
  // and will be disabled by the time the video is out. To generate your own,
  // go here: https://cloud.google.com/translate/v2/getting_started
  const apiKey =
    'AIzaSyB4DyRHIsNhogQXmH16YKbZfR-lTXrQpq0'
	const url =
	#include "stm32f4xx_hal.h"
	#include "main.h"
	#include "spi.h"
	#include "usart.h"

	#define QUAN_SPI_BYTES 8

	#define LIS3DSH_READ 0x80U
	#define LIS3DSH_WRITE 0x00U
	#!/bin/bash

	cat $1 \| grep '^IRA:' > $1_positions.csv
	sed -i -e 's/^.\+sat:/sat:/' -e 's/\( RAI\:.\+\)\\|\(sat:\)\\|\(beam:\)\\|\(pos=(\)\\|\()\)\\|\(alt=\)\\|\(+\)//g' -e 's%/%;%' -e 's/ /;/g' -e '/^00;00/d' -e 's/$/000/g' -e '/[0-9]\+;[0-9]\+;\([0-9]\+\\|-[0-9]\+\).[0-9]\+;\([0-9]\+\\|-[0-9]\+\).[0-9]\+;[0-9]\+/!d' $1_positions.csv
	awk -F ';' '($5<=100000){print}' $1_positions.csv > $1_positions_spotbeams.csv
	awk -F ';' '($5>100000){print}' $1_positions.csv > $1_positions_satellites.csv
	sed -i '1 i\satellite;beam;latitude;longitude;altitude' $1_positions*.csv
	# Creating a GreatFET object implicitly opens the USB connection to the device.
	try:
	device = GreatFET() # Optionally accepts serialNo= to select between multiple GreatFETs.
	except DeviceNotFoundException:
	print("No device found!")
	sys.exit()

	# Once a connection is made, the board's ID is queried, and used to make the board's peripherals available.
	# (This either would be a factory method that produces an appropriate class, or a run-time mixin.)
	# For now, this would mean that objects are present on 'device' that allow access to each of the Azalea board's peripherals.
	#!/bin/bash

	# source: http://www.haskell.org/pipermail/haskell-cafe/2011-March/090170.html

	sudo rm -rf /Library/Frameworks/GHC.framework
	sudo rm -rf /Library/Frameworks/HaskellPlatform.framework
	sudo rm -rf /Library/Haskell
	rm -rf .cabal
	rm -rf .ghc
	rm -rf ~/Library/Haskell
	/* LoRa FeatherWing IOX Adafruit IO Gateway Example Program
	* By: Dan Watson \| syncchannel.blogspot.com
	* Date: 3-12-2016
	* Version: 0.1 Initial Release
	*
	* Example Adafruit IO Gateway Program for the LoRa FeatherWing IOX for Adafruit Feather
	* Tested with HUZZAH ESP8266
	*
	* This program configures the Feather as a LoRa receiver and Adafruit IO Wi-Fi Gateway.
	* It is intended as a companion to the LoRA FeatherWing IOX Beacon Example Program.
	/* LoRa FeatherWing IOX Tranceiver Mode Example Program
	* By: Dan Watson \| syncchannel.blogspot.com
	* Date: 3-12-2016
	* Version: 0.1 Initial Release
	*
	* Example Tranceiver Mode Program for the LoRa FeatherWing IOX for Adafruit Feather
	* Tested with Feather M0, 32U4 and HUZZAH ESP8266
	*
	* This program configures the Feather as a LoRa receiver. It is intended as a companion
	* to the LoRA FeatherWing Beacon Example Program, and can receive the beacon messages.
	/* LoRa FeatherWing IOX Beacon Mode Example Program
	* By: Dan Watson \| syncchannel.blogspot.com
	* Date: 3-12-2016
	* Version: 0.1 Initial Release
	*
	* Example Beacon Mode Program for the LoRa FeatherWing IOX for Adafruit Feather
	* Tested with Feather M0, 32U4, and HUZZAH ESP8266
	* However, you only have one analog input on HUZZAH (1V input max!)
	*
	* This program configures the Feather as a transmit-only beacon. It transmits a payload of data
	from PIL import Image
	import struct
	import sys

	imgsize = 128

	img = Image.new('L', (imgsize, imgsize))

	with open("lily.cfile", "rb") as f:
	while True:
	const fetch = require('node-fetch')
	const Bacon = require('baconjs')

	function getInPortuguese(word) {
	// Google Translate API is a paid (but dirt cheap) service. This is my key
	// and will be disabled by the time the video is out. To generate your own,
	// go here: https://cloud.google.com/translate/v2/getting_started
	const apiKey =
	'AIzaSyB4DyRHIsNhogQXmH16YKbZfR-lTXrQpq0'
	const url =