#include <iostream>

bool is_palindrome(unsigned int x) {
 unsigned int dig_6 = x % 1000000 / 100000;
 unsigned int dig_5 = x % 100000 / 10000;

#include <iostream>

bool check_result(unsigned int x) {
 if(x % 20 == 0
 && x % 19 == 0

int main() {
 unsigned int square_of_sum = 0;
 unsigned int sum_of_square = 0;
 unsigned int n = 1;

#include <iostream>
#include <list>

// Disclaimer. I read the Sieve of Eratosthenes wikipedia article.

class Maladroitness(Spells):
	gestures = ["DSF"]
	priority = 20
	flavor = target.name + " starts to lose coordination."
	def effects(Warlocks):

What openings 100% won't die to FP on turn eight?

Lets say you open like this:
FFFFFFFF
PWPFSSSD

#include "stdafx.h"

using std::wcout;
using std::endl;
using std::wstring;

Land:
2 Eiganjo Castle
4 Hallowed Fountain
4 Karakas
4 Flooded Strand

#include <iostream>
#include <string>
#include <vector>

using std::cout;

/**
 * \file goodpractice.cpp
 * \author Paul Dejean
 * \date 12-18-09
 * 

/**
 * \file goodpractice.cpp
 * \author Paul Dejean
 * \date 12-18-09
 * 

/**
 * \file goodpractice.cpp
 * \author Paul Dejean
 * \date 12-18-09
 * 

def curry(func, *args, **keywords):
	def recur(*missing_args, **missing_keywords):
		if missing_args or missing_keywords:
			new_keywords = keywords.copy()
			new_keywords.update(missing_keywords)

def curry(func, *args, **keywords):
	def recur(*missing_args, **missing_keywords):
		if (not missing_args) and (not missing_keywords):
			return func(*args, **keywords)
		else:

def curry(func, *args, **keywords):
	try:
		return func(*args, **keywords)
	except TypeError:
		def recur(*missing_args, **missing_keywords):

def curry(func, *args):
	try:
		return func(*args)
	except TypeError:
		def recur(*missing_args):

path(X) :- path(X, []).
path([], _).
path([_], _).
path([A, B | T], VISTED) :-
	passage(A, B),

#include <iostream>
#include <string>

using std::cout;
using std::endl;

#include <iostream>
#include <string>

class Rectangle {
private:

#include <iostream>
#include <string>

class Rectangle {
private:

#include <iostream>
#include <string>

class Rectangle {
private:

#include <iostream>
#include <string>

class Rectangle {
private:

#include <iostream>
#include <string>

class Rectangle {
private:

/*Tokenizing Square*/

#include<iostream>
using namespace std;

#include <iostream>
#include <string>

class Rectangle {
private:

def DeltaY(input):
	input = input - 1
	if down - (-1 * input) >= up - input:
		return  -2 * (up - input)
	else:

def DeltaY(input):
	input = input - 1
	if down - (-1 * input) > up - input:
		return  -2 * (up - input)
	else:

int main() {
signed int a = 5;
signed int b = -3;

printf("%d\n", a - b);

int main() {
unsigned int u = 0xFFFFFFFF;
printf("%u\n", u);
u = u + 1;
printf("%u\n", u);

# Calculates the amount of pixels the unit has moved from one tick ago as a signed integer value. Negative is up, positive is down.

from copy import deepcopy

UP = False # Negative.

# Calculates the amount of pixels the unit has moved from one tick ago as a signed integer value. Negative is up, positive is down.

from copy import deepcopy

UP = False # Negative.

"LinkedList" is a type{@of sequence{},
	@member{private,
		@named "beginning",
		@type ListNode{}
	},

// "Left" rotation.
if(x->right != nullptr) {
	x->right->prev->left = x->right;
	x->right->prev->left->parent = x->right->prev;

// Preorder "rotations" :O
// The results: http://img6.imageshack.us/img6/4388/oddrotations.png

// "Up" rotation.
if(x->prev != x->parent) {

// Testing of shrub.

#include <iostream>
#include <deque>
#include <list>

#define nullptr 0
#define EVER ;;
#define IMPLEMENTS :
#define INITIALIZER_LIST :

if[x < '0' | then function{
	std::out["If"];
},
else if[x > '0' | then function {
	std::out["else if"];

# My version:
function {
	std$vector{'1.3', '2.7', '3.9'} of double{}:; named "from";:
	variable std$vector{'7', '8', '9'} of int{}:; named "to";:
	std$copy[] from from; range from.begin[]: to from.end[]:; to to.begin[]:;: