campaul

// Old Test Files
foo.bar.baz = function() {

  window.setUp = function() {
    // Set up
  }
  
  window.testFoo = function() {
    // A test
  }

campaul

Be in your virtualenv first

Clone dywypi somewhere outside your project
git clone https://github.com/eevee/dywypi.git

cd into dywypi
do `python setup.py develop`
dywypi is now installed for your virtualenv. You can update it by coming back to this directory and doing `git pull`

cd into your porject

campaul

Yelpidemic Rules

Setup

When the game starts, all players are either healthy or infected. 1/6th of players will start infected. All players start with 0 antidotes.

Actions

Actions can be performed by sending messages to the bot.

status

Do yelpidemic status to have the bot private message your status to you.

campaul

import random

# The die
class d(object):

    def __init__(self, sides):
        super(d, self).__init__()
        self.sides = sides 

    def __mul__(self, rolls): 

campaul

from datetime import datetime
from os import walk
import sys

from wand.image import Image

def get_bucket(filename):
    date = get_date(get_exif(filename)['DateTimeOriginal'])
    return (str(date), filename)

campaul

use std::io::{Acceptor, Listener};
use std::io::net::tcp::TcpListener;
use std::io::net::ip::SocketAddr;
use std::from_str::from_str;
use std::io::File;
use std::io::IoError;
use std::io::{BufferedReader, BufferedWriter};

fn read_file(path: Path) -> Result<~str, IoError> {
    let mut file = match File::open(&path) {

campaul

int pin = 0; // The pin we will read the audio signal from

volatile int last = 0; // The time of the last sample
volatile int expected = 2272; // Roughly 440Hz
volatile int data = 0; // The direction to change the digi-pot

void setup() {
	pinMode(pin, INPUT);
	last = micros();
	attachInterrupt(0, adjust, FALLING);

campaul

from math import pi, sqrt

# Part labels based on the schematic from
# http://www.edn.com/design/analog/4368935/Implement-an-audio-frequency-tilt-equalizer-filter
RF = float(input('RF: '))
P1 = float(input('P1: '))
C = float(input('C: '))
R = float(input('R: '))

pivot = sqrt(P1 + 2 * RF) / (2 * pi * C * sqrt(RF - R) * sqrt(P1 * (R + RF) + 2 * R * RF))

campaul

push INTENABLE
icall

push DONE
ret

INTENABLE:
iret

DONE:

campaul

========
Core ISA
========
000 :    Jump MEM[RS] NZP (previous operation)
       This is a relative jump.

0010 :    LoadIH R0 <- I (Load 4 bit immediate into R0 lower bits)
0011 :    LoadIL R0 <- I (Load 4 bit immediate into R0 upper bits)

0100:    Add RD <- RD + RS