pingud98

#include <Wire.h>

//this code sets values in the MAX5387LAUD+ via I2C.
//it then reads back those values over A1 and A2 inputs
//The ADC is set to 12 bits for the DUE
//Channels are scanned in parallel (0 to 255)
//then alternatively ascending and descending.
//Output is a CSV over serial at 9600bps.

//this test works when testing with board 2

pingud98

unsigned long start_time;
unsigned long stop_time;
unsigned long values[1000];
const int SS_pin = 42; //tbc
const int SCK_pin = 44;
const int MISO_pin = 22;
const int MOSI_pin = 43;

String intextbuf;
String extextbuf;

pingud98

//Cosmic Pi histogram program
//this compiles histograms from the ADC for different HV Bias levels
//it is used to profile the detection of muons and noise
//updated to give horizontal row output rather than columns, easier to process
//only prints values from 500 to 1500
//the first set of samples seem to be noisy for some reason (?)

unsigned long start_time;
unsigned long stop_time;
unsigned int values[2000];

pingud98

Specification for one time pad use.

One Time Pad must be smaller than 4Gb!

File format for transmission data (cyphertext):
Part 0 - 32 bits, the MD5 hash of the OTP used for encoding (before encoding)
Part 1 - 32 bits, indicating the address of the start bit.
Part 2 - The message, no minimum length imposed.

Message input format: Ascii text (for starters)

pingud98

d465fd28e22ed9f083dc51bbbf802d9b *file1.zip
eb92e26bbff0fe135b96d9859ea8979b *file2.zip

pingud98

//Based on example code from SEEED studio wiki
//for 125kHz GROVE RFID reader
//GPL V3

/*
  link between the computer and the SoftSerial Shield
 at 9600 bps 8-N-1
 Computer is connected to Hardware UART
 SoftSerial Shield is connected to the Software UART:D2&D3
 */

pingud98

@echo Project Directory Structure Creation
@echo J.Devine 07/08/17
@echo Version 0.1
@echo off
md 01_Meeting_Minutes
md 02_Drawings
cd 02_Drawings
md 02_01_Sketches
md 02_02_Received_Drawings
md 02_03_Sent_Drawings

pingud98

#include <Wire.h>

//this code sets values in the MAX5387LAUD+ via I2C.
//it then reads back those values over A1 and A2 inputs
//The ADC is set to 12 bits for the DUE
//Channels are scanned in parallel (0 to 255)
//then alternatively ascending and descending.
//Output is a CSV over serial at 9600bps.

//this test works when testing with board 2

pingud98

/*
 * Hydroponics system monitor
 * J. Devine
 * Runs on Arduino Pro 5V
 * Sensors:
 * DFRobot pHmeter V1.1
 * Waterproof DS18B20 water temperature sensor
 * TMP36 air temperature sensor
 * HC-SR04 distance sensor (for water level..)
 * A european two pin plug for EC measurements

pingud98

//this can be used to test a uart connected GPS.

void setup() {
  // initialize both serial ports:
  Serial.begin(9600);
  Serial1.begin(9600);
}

void loop() {
  // read from port 1, send to port 0: