一.题目简介
Github基本源代码控制方法
利用Junit4进行程序模块的测试，回归测试
编码规范的考量
C/Java等基本程序设计语言的运用。 (考虑到有些同学的基础参差不齐）
实现纸牌游戏梭哈
二、个人github地址
https://github.com/qingfengsuixin/test/blob/master/ShowHand
三、所设计的模块测试用例、测试结果截图：
package com.langsin.text2; import java.util.ArrayList; import java.util.Comparator; import java.util.HashMap; import java.util.List; import java.util.Map; import java.util.Random; import java.util.Scanner; import java.util.TreeSet; //梭哈游戏 public class ShowHand { // 1.创建扑克牌，用7-k共七种四个花色 //储存扑克的集合 private List<String> pukelist = new ArrayList<String>(); //玩家手牌集合 private Map<String, TreeSet<String>> map=new HashMap<String, TreeSet<String>>(); //玩家分数 private Map<String, Double> sorceMap=new HashMap<String, Double>(); private boolean flag=true; private void creatPuke() { String[] point = { "7", "8", "9", "10", "J", "Q", "K" }; String[] type = { "黑桃", "红桃", "梅花", "方块" }; for (int i = 0; i < type.length; i++) { for (int j = 0; j < point.length; j++) { pukelist.add(type[i] + point[j]); } } System.out.println(pukelist); System.out.println("-------------------"); } //2.对扑克牌进行洗牌 private void sortedPuke(){ Random rand=new Random(); for (int i = 0; i <pukelist.size()*5; i++) { int index1=rand.nextInt(this.pukelist.size()); int index2=rand.nextInt(this.pukelist.size()); String temp=this.pukelist.get(index1); this.pukelist.set(index1, this.pukelist.get(index2)); this.pukelist.set(index2, temp); } System.out.println(this.pukelist); } //3.创建参加游戏的人 private void creatPlayer(){ System.out.println("请输入参与游戏玩家的名称。名字中间请用空格隔开"); Scanner scan=new Scanner(System.in); String players=scan.nextLine(); String data[] = players.split(" "); if (!(data.length>=2&&data.length<=5)) { System.out.println("参与游戏的玩家人数不符合要求，程序终止进行！"); flag=false; return; } //玩家手牌排序器，作用排列玩家发牌后到手的牌的顺序方便最后的比较 Comparator<String> comp=new Comparator<String>() { //此为比较器 public int compare(String str1, String str2) { int point1=getPoint(str1.substring(2)); int point2=getPoint(str2.substring(2)); if(point1>point2){ return 1; }else if(point1<point2){ return -1; }else{ int type1=getType(str1.substring(0, 2)); int type2=getType(str2.substring(0, 2)); if (type1>type2) { return 1; } else { return -1; } } } }; for (int i = 0; i < data.length; i++) { map.put(data[i], new TreeSet<String>(comp)); } } //此为比较器的点数判断辅助方法和花色判断辅助方法 private int getPoint(String point){ if ("J".equals(point)) { return 11; }else if("Q".equals(point)){ return 12; }else if("K".equals(point)){ return 13; }else{ return Integer.parseInt(point); } } private int getType(String type){ if ("黑桃".equals(type)) { return 1; }else if("红桃".equals(type)){ return 2; }else if("梅花".equals(type)){ return 3; }else{ return 4; } } //4.给玩家发牌 private void showPuke(){ for (int i = 0; i < 5; i++) { for (String key : map.keySet()) { String puke=this.pukelist.remove(0); map.get(key).add(puke); } } for (String key : map.keySet()) { System.out.println("玩家名称"+key+":"+map.get(key)); } } //计算玩家分数 private void getSorce(){ String winner=null; double winnerSorce=0; for (String key : map.keySet()) { TreeSet<String> set=map.get(key); double sorce = this.sorce(set); this.sorceMap.put(key, sorce); System.out.println("玩家"+key+"的牌为："+this.map.get(key)+" 分值为："+sorce); for(String key1:sorceMap.keySet()){ if(sorceMap.get(key1)>winnerSorce){ winnerSorce=sorceMap.get(key1); winner=key1; } } } System.out.println("获胜者是： "+winner+" 分数是："+winnerSorce); } private double sorce(TreeSet<String> set){ double sorce=0; String[] pukes= set.toArray(new String[set.size()]); //判断是不是顺子 for (int i = 0; i < pukes.length; i++) { int point1=getPoint(pukes[i].substring(2)); int point2=getPoint(pukes[i+1].substring(2)); if (point1-point2!=1) { flag=false; break; } } if (flag) { sorce=5.0+this.getPoint(pukes[4].substring(2))*0.01; return sorce; } //取出5张牌的数字 int point1=this.getPoint(pukes[0].substring(2)); int point2=this.getPoint(pukes[1].substring(2)); int point3=this.getPoint(pukes[2].substring(2)); int point4=this.getPoint(pukes[3].substring(2)); int point5=this.getPoint(pukes[4].substring(2)); if (point1==point4||point2==point5) { sorce=4.0+this.getPoint(pukes[3].substring(2))*0.01; return sorce; } if (point1==point3||point2==point4||point3==point5) { sorce=3.0+this.getPoint(pukes[2].substring(2))*0.01; return sorce; } if (point1==point2&&point3==point4) { sorce=2.0+this.getPoint(pukes[2].substring(2))*0.01+this.getPoint(pukes[0].substring(2))*0.0001+this.getPoint(pukes[4].substring(2))*0.000001; return sorce; } if (point2==point3&&point4==point5) { sorce=2.0+this.getPoint(pukes[4].substring(2))*0.01+this.getPoint(pukes[1].substring(2))*0.0001+this.getPoint(pukes[0].substring(2))*0.000001; return sorce; } if (point1==point2&&point4==point5) { sorce=2.0+this.getPoint(pukes[4].substring(2))*0.01+this.getPoint(pukes[0].substring(2))*0.0001+this.getPoint(pukes[2].substring(2))*0.000001; return sorce; } if (point1==point2) { sorce=1.0+this.getPoint(pukes[0].substring(2))*0.01+this.getPoint(pukes[4].substring(2))*0.0001+this.getPoint(pukes[3].substring(2))*0.000001+this.getPoint(pukes[2].substring(2))*0.00000001; return sorce; } if (point2==point3) { sorce=1.0+this.getPoint(pukes[1].substring(2))*0.01+this.getPoint(pukes[4].substring(2))*0.0001+this.getPoint(pukes[3].substring(2))*0.000001+this.getPoint(pukes[0].substring(2))*0.00000001; return sorce; } if (point3==point4) { sorce=1.0+this.getPoint(pukes[2].substring(2))*0.01+this.getPoint(pukes[4].substring(2))*0.0001+this.getPoint(pukes[1].substring(2))*0.000001+this.getPoint(pukes[0].substring(2))*0.00000001; return sorce; } if (point4==point5) { sorce=1.0+this.getPoint(pukes[3].substring(2))*0.01+this.getPoint(pukes[2].substring(2))*0.0001+this.getPoint(pukes[1].substring(2))*0.000001+this.getPoint(pukes[0].substring(2))*0.00000001; return sorce; } return sorce=this.getPoint(pukes[4].substring(2))*0.01+this.getPoint(pukes[3].substring(2))*0.0001+this.getPoint(pukes[2].substring(2))*0.000001+this.getPoint(pukes[1].substring(2))*0.000001+this.getPoint(pukes[0].substring(2))*0.00000001; } //主程序 public void init() { this.creatPuke(); this.sortedPuke(); this.creatPlayer(); if(flag){ this.showPuke(); this.getSorce(); } } //main函数 public static void main(String[] args) { new ShowHand().init(); } |
