Jun Kudou akaneko3

## em-decimal.css
@counter-style em-decimal {
  system : numeric;
  symbols : "\FF10" "\FF11" "\FF12" "\FF13" "\FF14" "\FF15" "\FF16" "\FF17" "\FF18" "\FF19";
}

## initial_data.json
[
  {
    "model": "major_city.district",
    "pk": 1,
    "fields": {
      "name": "北海道"
    }
  },
  {
    "model": "major_city.district",

## Main.scala
package jp.mydns.akanekodou.scala

import math.Rational

object Main extends App {
  // ここから
  implicit val RationalIsFractional = new Fractional[Rational] {
    // compare の実装
    def compare(x : Rational, y : Rational) : Int =
      (x.numerator * y.denominator) compare (x.denominator * y.numerator)

## Fact.scala
object Fact {
  implicit class RichInt(val n : Int) {
    def ! : Int = (1 to n).product
  }
}

## TakePrintLn.hs
module TakePrintLn (
  takePrintLn
) where

takePrintLn :: Int -> [String] -> IO ()
takePrintLn n = putStrLn . unlines . take n

## factorial.rb
class Integer
  def !
    (1..self).inject(1, :+)
  end
end

puts 3.! # => 6
puts 0.! # => 1

## JapaneseCalendar.java
public class JapaneseCalendar {
  private String era;
  private String eto;
  private final String [] ETO_A = {"子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"};
  private final String [] ETO_B = {"甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"};

  public JapaneseCalendar(int year) {
    setEra(year);
    setEto(year);
  }

## file0.txt
> gem install sqlite3 --platform=ruby -- --with-sqlite3-include=C:/temp/sqlite3 --with-sqlite3-lib=C:/temp/sqlite3
> gem install sqlite3

## fib100000.txt
2597406934722172416615503402127591541488048538651769658472477070395253454351127368626555677283671674475463758722307443211163839947387509103096569738218830449305228763853133492135302679278956701051276578271635608073050532200243233114383986516137827238124777453778337299916214634050054669860390862750996639366409211890125271960172105060300350586894028558103675117658251368377438684936413457338834365158775425371912410500332195991330062204363035213756525421823998690848556374080179251761629391754963458558616300762819916081109836526352995440694284206571046044903805647136346033000520852277707554446794723709030979019014860432846819857961015951001850608264919234587313399150133919932363102301864172536477136266475080133982431231703431452964181790051187957316766834979901682011849907756686456845066287392485603914047605199550066288826345877189410680370091879365001733011710028310473947456256091444932821374855573864080579813028266640270354294412104919995803131876805899186513425175959911520563155337703996941035518275274919959802

## PrimeNumber.java
import java.util.stream.IntStream;

/**
 * <p>素数の検出と処理時間の測定</p>
 * @author yucchi
 * @author redcat
 */
public class PrimeNumber {
    /**
     * <p>探索の上限</p>
	@counter-style em-decimal {
	system : numeric;
	symbols : "\FF10" "\FF11" "\FF12" "\FF13" "\FF14" "\FF15" "\FF16" "\FF17" "\FF18" "\FF19";
	}
	[
	{
	"model": "major_city.district",
	"pk": 1,
	"fields": {
	"name": "北海道"
	}
	},
	{
	"model": "major_city.district",
	package jp.mydns.akanekodou.scala

	import math.Rational

	object Main extends App {
	// ここから
	implicit val RationalIsFractional = new Fractional[Rational] {
	// compare の実装
	def compare(x : Rational, y : Rational) : Int =
	(x.numerator * y.denominator) compare (x.denominator * y.numerator)
	object Fact {
	implicit class RichInt(val n : Int) {
	def ! : Int = (1 to n).product
	}
	}
	module TakePrintLn (
	takePrintLn
	) where

	takePrintLn :: Int -> [String] -> IO ()
	takePrintLn n = putStrLn . unlines . take n
	class Integer
	def !
	(1..self).inject(1, :+)
	end
	end

	puts 3.! # => 6
	puts 0.! # => 1
	public class JapaneseCalendar {
	private String era;
	private String eto;
	private final String [] ETO_A = {"子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"};
	private final String [] ETO_B = {"甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"};

	public JapaneseCalendar(int year) {
	setEra(year);
	setEto(year);
	}
	> gem install sqlite3 --platform=ruby -- --with-sqlite3-include=C:/temp/sqlite3 --with-sqlite3-lib=C:/temp/sqlite3
	> gem install sqlite3
	import java.util.stream.IntStream;

	/**
	* <p>素数の検出と処理時間の測定</p>
	* @author yucchi
	* @author redcat
	*/
	public class PrimeNumber {
	/**
	* <p>探索の上限</p>