jadudm

int pinA = 8;
int pinB = 9;
int lvlA;
int lvlB;
int delayTime = 3000;

void setup () {
  Serial.begin(9600);
  pinMode (pinA, OUTPUT);
  pinMode (pinB, OUTPUT);

jadudm

/**************************************
 * VARIABLES AND PINS
 **************************************/

/* Declare a variable to store the sensor reading. */
int theReading;

/* Declare the pin we have attached the sensor to. */
int TMP36 = A0;

jadudm

// Turning things on and off.
void setup () {
  // First, tell the Arduino we want to make one
  // of our pins an OUTPUT pin.
  pinMode(13, OUTPUT);
}
  
void loop () {
  // Tell the Arduino to turn on one of our pins.
  digitalWrite(13, HIGH);

jadudm

To Compile

To compile the code in this example, you can do

gcc -I. -o run_me support.c list.c starter.c

which you can convert to a Makefile at your leisure.

jadudm

import sys, os
import random, time
from subprocess import call

since_epoch = time.time()
assignment_directory = "assignment-%s" % since_epoch

num_files = random.randint(5, 15)
num_garbage = random.randint(5, 15)

jadudm

all:
  gcc -o hello-os hello.c

jadudm

//send data routine
 
// link between the computer and the Serial Shield
//at 9600 bps 8-N-1
//Computer is connected to Hardware UART
//Serial Shield is connected to the Software UART:D2&D3 
 
// # LEFT /dev/tty.usbserial-A901N3TL

#include <SoftwareSerial.h>

jadudm

// Test 001
// Source: 
//
// (let ((x0 7)) (let ((x1 2)) (if (> (+ 2 2) (if (> 4 x1) 2 0)) (+ x0 x0) x0)))
// 
// Result (in RAM0): 14
// Generated on 20130309 at 19:54.
// -----------------------------------//
@7
D=A

jadudm

# Your program should probably end with this function, and call
# it to do everything.

def main():
  inf = sys.argv[1]
  outf = sys.argv[2]
  
  los = readFileToListOfLines(inf)
  # Print here to see if things look right
  losclean = stripEveryLine(los)

jadudm

// Turn two LEDs on then off.

// Declare variables for later use.
int greenLED;
int redLED;

void setup () {
  // Assign values to our variables.
  greenLED = 2;
  redLED = 4;