aycabta

start: ack(4, 1)
result: 65533
41.62027700
start: goto_ack(4, 1)
result: 65533
21.50686800
start: while_ack(4, 1)
result: 65533
22.70978300

aycabta

  Ack(3, 3)
= Ack(2, Ack(3, 2))
= Ack(2, Ack(2, Ack(3, 1)))
= Ack(2, Ack(2, Ack(2, Ack(3, 0))))
= Ack(2, Ack(2, Ack(2, Ack(2, 1))))
= Ack(2, Ack(2, Ack(2, Ack(1, Ack(2, 0)))))
= Ack(2, Ack(2, Ack(2, Ack(1, Ack(1, 1)))))
= Ack(2, Ack(2, Ack(2, Ack(1, Ack(0, Ack(1, 0))))))
= Ack(2, Ack(2, Ack(2, Ack(1, Ack(0, Ack(0, 1))))))
= Ack(2, Ack(2, Ack(2, Ack(1, Ack(0, 2)))))

esehara

瀬戸際に漂う 神秘のソース

このライブラリの果ては まあるく結合してますよ

瀬戸際で語らう リリースの形

七つのチケットはブロッカーを出してる

仕様ー！どこだー！
仕様ー！どこだー！

aycabta

#!/bin/sh
tmux new-session -d -s skype -n run
tmux send-keys -t skype:run "export XMODIFIERS=\"@im=ibus\"" C-m 
tmux send-keys -t skype:run "export GTK_IM_MODULE=ibus" C-m
tmux send-keys -t skype:run "export QT_IM_MODULE=ibus" C-m
tmux send-keys -t skype:run "/usr/bin/skype &" C-m

aycabta

#include <stdlib.h>
#include <stdio.h>
#include <string.h>

extern void bitsort_recursive(unsigned int *old_seq, unsigned int *new_seq, size_t size, size_t maxbit);

void bitsort_recursive(unsigned int *old_seq, unsigned int *new_seq, size_t size, size_t maxbit)
{
    int i;
    size_t l_pos;

yuiseki

# this is a comment
# see CPUFREQD.CONF(5) manpage for a complete reference
#
# Note: ondemand/conservative Profiles are disabled because
#       they are not available on many platforms.

[General]
pidfile=/var/run/cpufreqd.pid
poll_interval=2
verbosity=4

aycabta

#! /bin/bash

for i in *.a;
do
    RESULT=`nm $i 2> /dev/null | grep $1 2> /dev/null`
    if [ -n "$RESULT" ]; then
        echo $i
        echo $RESULT
        echo 
    fi

tompave

#! /usr/bin/env ruby

require 'webrick'
require 'uri'


TARGET_URL = URI.parse "http://tommaso.pavese.me/back_to_work/"

redirect_callback = Proc.new do |request, response|
  response.set_redirect WEBrick::HTTPStatus::TemporaryRedirect, TARGET_URL

pinzolo

SimpleCov.formatter = Coveralls::SimpleCov::Formatter
SimpleCov.start do
  # スペックファイルを除外
  add_filter "/spec/"
end

aycabta

def oh_great(n)
  if n == 1
    "2^n n"
  else
    prev = oh_great(n - 1)
    "2^{#{prev}} {#{prev}}"
  end
end

def output(n)