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// Tutorial: Squadron
// Destroy the enemy ships. They now shoot back.
use oort_api::prelude::*;

const BUF_SIZE: usize = 1024;

// adapted from https://github.com/rust-lang/rust/issues/114936
fn hack()
  -> impl for<'s> FnOnce(&'s mut [u8; BUF_SIZE]) -> (
        [&'static &'s (); 0],

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#![recursion_limit = "1505"]
macro_rules! A {
    ($name:tt) => { A!(($) (*) $name); };
    (($d:tt) ($s:tt) $name:tt) => {
        A!(1 $d $s $name [] [] [

            (1 dd d:tt dd s:tt dd name:tt [dd (dd hh:tt)ss] [dd (dd h:tt)ss] [e dd dd (dd t:tt)ss] dd (dd _:tt)ss) => {
                nn!(1 dd d dd s dd name [dd (dd hh)ss e dd] [dd (dd h)ss dd d] [dd (dd t)ss] dd (dd _)ss);
            };
            (1 dd d:tt dd s:tt dd name:tt [dd (dd hh:tt)ss] [dd (dd h:tt)ss] [e ss dd (dd t:tt)ss] dd (dd _:tt)ss) => {

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import math

r0 = 1.0910244704807567604

c1 =  0.823167270149155
c2 =  0.0445506192519361
c3 =  0.0640519155651715
c4 =  0.146739953698779
c5 = -0.0884627271380199
c6 = -0.268850251751933

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# Fixed size binary numbers

true = lambda a: lambda b: a
false = lambda a: lambda b: b
and_ = lambda a: lambda b: a (b) (a)
or_ = lambda a: lambda b: a (a) (b)
xor = lambda a: lambda b: a (not_ (b)) (b)
not_ = lambda b: b (false) (true)
y = lambda f: (lambda x: x (x)) (lambda x: f (lambda v: x (x) (v)))

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/// Usage: `const_assert!(Var1: Ty, Var2: Ty, ... => expression)`
macro_rules! const_assert {
    ($($list:ident : $ty:ty),* => $expr:expr) => {{
        struct Assert<$(const $list: usize,)*>;
        impl<$(const $list: $ty,)*> Assert<$($list,)*> {
            const OK: u8 = 0 - !($expr) as u8;
        }
        Assert::<$($list,)*>::OK
    }};
    ($expr:expr) => {

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pub fn part1(input: &str) -> impl std::fmt::Display {
    input.lines().enumerate().fold(0, |a, x| {
        a + (x.1.as_bytes()[(x.0 * 3) % x.1.len()] == b'#') as u32
    })
}

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#!/usr/bin/env python3
#
# Detects the built-in play/pause button on wired earbuds/headsets by
# monitoring the microphone.
#
# The script outputs a line containing either "press" or "release" whenever
# a press or release is detected.
#
# This script works by detecting a period of high (near maximum) sample values
# followed quickly by a period of low (near minimum) sample values, or vice

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#!/usr/bin/env python3

import os
import re
import requests
from time import sleep

countries = [
    "US", "RU", "DE", "PL", "FR", "JP", "CA", "BR", "GB", "TW",
    "KR", "CN", "AU", "ID", "UA", "PH", "CL", "FI", "AR", "NL",

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(lambda p:(lambda f:(lambda x:x(x))(lambda x:f(lambda v:x(x)(v))))(lambda f:lambda n:n(lambda x:lambda x:f((lambda n:lambda f:lambda x:n(lambda g:lambda h:h(g(f)))(lambda u:x)(lambda u:u))(n))((lambda a:lambda b:lambda x:(lambda a:lambda b:a(b)(a))(a)(b)(p("FizzBuzz"))(a(p("Fizz"))(b(p("Buzz"))(p(n(lambda x:x+1)(0))))))((lambda d:lambda n:(lambda f:(lambda x:x(x))(lambda x:f(lambda v:x(x)(v))))(lambda f:lambda n:(lambda n:n(lambda x:lambda a:lambda b:b)(lambda a:lambda b:a))(n)(lambda x:lambda a:lambda b:b)((lambda a:lambda b:a(b)(a))((lambda n:n(lambda x:lambda a:lambda b:b)(lambda a:lambda b:a))((lambda n:lambda m:m(lambda n:lambda f:lambda x:n(lambda g:lambda h:h(g(f)))(lambda u:x)(lambda u:u))(n))(n)(d)))((lambda n:n(lambda x:lambda a:lambda b:b)(lambda a:lambda b:a))((lambda n:lambda m:m(lambda n:lambda f:lambda x:n(lambda g:lambda h:h(g(f)))(lambda u:x)(lambda u:u))(n))(d)(n)))(lambda x:lambda a:lambda b:a)(lambda x:f((lambda n:lambda m:m(lambda n:lambda f:lambda x:n(lambda g:lambda h:h(g(f)))(lambda u:

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use std::collections::*;
use std::borrow::Cow;
use rand::random;

pub fn part1(input: &str) -> impl std::fmt::Display {
    let prog = input.trim().split(",").map(|x| x.parse::<i128>().unwrap()).collect::<Vec<_>>();

    let mut vm = ic::Icvm::new(prog);
    vm.run();