y-sumida

package gbf


class GBrainFuckResult {
    final String output
    final String buffer
    GBrainFuckResult(String output, String buffer) {
       this.output = output
       this.buffer = buffer
    }

y-sumida

package xutp


class KeyValueStore {
    private final store = [:]
    void put(def key, def value) {
        if (key == null) throw new IllegalArgumentException()
        store[key] = value
    }

y-sumida

package doukaku


class BaseballScore {
    String ballCount(String s) {
        def out = 0
        def strike = 0
        def ball = 0
        def result = []

y-sumida

package calc

import groovy.util.Eval

import java.awt.event.ActionEvent

class CalcController {
    def model
    def view

y-sumida

package doukaku

class Poker {
    final def handPattern = ['14':'4K', '23':'FH', '113':'3K', '122':'2P', '1112':'1P', '11111':'-']

    String judge(String hand) {
        def eachNumberCount = [:].withDefault {0}
        (hand =~ /([2-9AJQK]|10)/).each {
            ++eachNumberCount[it]
        }

y-sumida

#include <stdio.h>

int main(int argc, char* argv[]) {
  printf("                                                                                                          \n");
	printf("                 .;BHHHHBBBBBBBBBBBBBBBBBHHBs........                                                     \n");
	printf("           ,:G@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@#::                                              \n");
	printf("         h@@@@@@@@@2X9,                  :GhGAAAB@@@@@@@@@@@@i                                            \n");
	printf("       r@@@@@&:                                         S@@@@@@@;                                         \n");
	printf("    .B@@@@M,                                               ,@@@@@@.                                       \n");
	printf("    9@@@,                                                    :@@@@@                                       \n");

y-sumida

package Calculator

class Calculator {
    Integer add(int x, int y) {
        x + y
    }

    Integer multiply(int x, int y) {
        x * y
    }

y-sumida

@Category(Integer)
class IntegerCategory {
	Integer fizzbuzz() {
		if (this % 15 == 0) {
			println "FizzBuzz"
		} else if (this % 5 == 0) {
			println "Buzz"
		} else if (this % 3 == 0) {
			println "Fizz"
		} else {

y-sumida

class Tetromino {
    private List patternL = [[1,1,10],[10,1,1],[10,10,1],[1,10,10],[10,9,1],[1,1,8],[1,9,10],[8,1,1]]
    private List patternI = [[1,1,1],[10,10,10]]
    private List patternT = [[9,1,10],[1,1,9],[10,1,9],[9,1,1]]
    private List patternO = [[1,9,1]]
    private List patternS = [[1,10,1],[1,8,1],[10,1,10],[9,1,9]]
    String judge(List coordinates) {
        if (isOverEdge(coordinates))
            return "-"

y-sumida

class BrainFuck
  def convert(src)
    dst = Array.new(65536, 0)
    src_position = 0
    dst_position = 0
    while src_position < src.size
      case src[src_position]
        when ?>
          dst_position += 1
        when ?<