五子棋怎么玩100%赢（五子棋5步必胜图解） - 原点资讯

下棋权限即是棋局状态State，由客户端与服务器通过 /rest/play/state 接口交互产生。

当State为1时即表示“轮到己方”，此时根据前设的模式决定不同的响应事件：“真人对战”——鼠标点击事件、“AI对战”——Agent走子事件，完成后再通过 /rest/board 接口将走子信息送达服务器记入数据库，并广播给其他客户端。

当State为0时即表示“轮到他方”，此时通过接口 /rest/play/state 获取其他客户端广播的走子信息，实现对战情况的实时更新。

5 项目实现

前端业务代码不一一展示，主要列出后端数据处理的逻辑。只要运行本文实现的后端服务器，采取任意方式的前端页面访问接口都能实现相应功能，包括但不限于PyQt、C#、MFC、Vue等方案。

5.1 用户管理

# 针对所有的用户的操作 class UserResource(Resource): # get 请求的处理 # marshal 维持秩序，可以定制显示哪些数据（是有序的字典） @marshal_with(user_fields) def get(self): users = User.query.all() return users # 也可以users[0] @marshal_with(user_fields) def post(self): # 获取数据 args = parser.parse_args() # 把验证通过的所有数据都放到一个字典里 username = args.get('username') password = args.get('password') # 创建user对象 user = User() user.username = username user.password = password db.session.add(user) db.session.commit() return user # 返回创建成功的对象 # put def put(self): return { 'msg': '------>put'} # delete def delete(self): return { 'msg': '------>delete'}5.2 选子与游戏大厅玩家等待

# url:/rest/play # 玩家在选完子之后向服务端不断发起提问，直至收到1 class RestPlayResource(Resource): # get 请求的处理 def get(self): result1 = Player.query.filter_by(ID=1).first() if result1 is None: playstate1 = 0 # 执黑棋的人 else: playstate1 = 1 result2 = Player.query.filter_by(ID=2).first() if result2 is None: playstate2 = 0 else: playstate2 = 1 result3 = Player.query.filter_by(ID=3).first() if result3 is None: playstate3 = 0 else: playstate3 = 1 if playstate1 and playstate2 and playstate3: playstate = 1 else: playstate = 0 return { "PlayState": playstate} # url:/rest/player # 判断玩家是否可以选择这个颜色的棋子，选子成功则注册玩家信息 class RestPlayerResource(Resource): # post 请求的处理 def post(self): # 获取数据 # global CountPlayers args = parser.parse_args() # 把验证通过的所有数据都放到一个字典里 id = args.get('id') color = args.get('color') # 查询数据库中有没有重复的id result = Player.query.filter_by(ID=id).first() if result is None: # 创建player对象,并加入数据库 player = Player() player.ID = id player.Player = color player.Enable = 0 db.session.add(player) db.session.commit() if id == 1: msg = "您当前执棋为黑棋" config.add_value("CountPlayers", 1) # CountPlayers = CountPlayers 1 elif id == 2: msg = "您当前执棋为白棋" config.add_value("CountPlayers", 1) # CountPlayers = CountPlayers 1 else: msg = "您当前执棋为黄棋" config.add_value("CountPlayers", 1) # CountPlayers = CountPlayers 1 if config.get_value("CountPlayers") == 3: # if CountPlayers == 3: 如果三个人都到齐了删掉上一次的走子信息表 Pieces.query.delete() db.session.commit() config.init_board() # 清全局变量 return { "succ": 1, "msg": msg} else: msg = "该颜色已被选择！请重新选择。" return { "succ": 0, "msg": msg}5.3 AI智能走子

def judge(JudgeId, x, y): # global WinnerId, WinX1, WinX2, WinY1, WinY2, BoardSize # 新建函数内变量修改完成后提交全局变量 boardsizetemp = config.get_value("BoardSize") checkerboardtemp = config.get_value("checkerboard") winx1temp = config.get_value("WinX1") winx2temp = config.get_value("WinX2") winy1temp = config.get_value("WinY1") winy2temp = config.get_value("WinY2") winneridtemp = config.get_value("WinnerId") # 判断算法 # 判断最后一子竖排 if y - 4 >= 0 and y <= boardsizetemp - 1: if checkerboardtemp[x][y - 1] == JudgeId \ and checkerboardtemp[x][y - 2] == JudgeId \ and checkerboardtemp[x][y - 3] == JudgeId \ and checkerboardtemp[x][y - 4] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x winy1temp = y winy2temp = y - 4 if y - 3 >= 0 and y 1 <= boardsizetemp - 1: if checkerboardtemp[x][y - 3] == JudgeId \ and checkerboardtemp[x][y - 2] == JudgeId \ and checkerboardtemp[x][y - 1] == JudgeId \ and checkerboardtemp[x][y 1] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x winy1temp = y 1 winy2temp = y - 3 if y - 2 >= 0 and y 2 <= boardsizetemp - 1: if checkerboardtemp[x][y - 2] == JudgeId \ and checkerboardtemp[x][y - 1] == JudgeId \ and checkerboardtemp[x][y 1] == JudgeId \ and checkerboardtemp[x][y 2] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x winy1temp = y 2 winy2temp = y - 2 if y - 1 >= 0 and y 3 <= boardsizetemp - 1: if checkerboardtemp[x][y - 1] == JudgeId \ and checkerboardtemp[x][y 1] == JudgeId \ and checkerboardtemp[x][y 2] == JudgeId \ and checkerboardtemp[x][y 3] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x winy1temp = y 3 winy2temp = y - 1 if y >= 0 and y 4 <= boardsizetemp - 1: if checkerboardtemp[x][y 1] == JudgeId \ and checkerboardtemp[x][y 2] == JudgeId \ and checkerboardtemp[x][y 3] == JudgeId \ and checkerboardtemp[x][y 4] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x winy1temp = y 4 winy2temp = y # 判断最后一子横排 if x - 4 >= 0 and x <= boardsizetemp - 1: if checkerboardtemp[x - 1][y] == JudgeId \ and checkerboardtemp[x - 2][y] == JudgeId \ and checkerboardtemp[x - 3][y] == JudgeId \ and checkerboardtemp[x - 4][y] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x - 4 winy1temp = y winy2temp = y if x - 3 >= 0 and x 1 <= boardsizetemp - 1: if checkerboardtemp[x - 3][y] == JudgeId \ and checkerboardtemp[x - 2][y] == JudgeId \ and checkerboardtemp[x - 1][y] == JudgeId \ and checkerboardtemp[x 1][y] == JudgeId: winneridtemp = JudgeId winx1temp = x 1 winx2temp = x - 3 winy1temp = y winy2temp = y if x - 2 >= 0 and x 2 <= boardsizetemp - 1: if checkerboardtemp[x - 2][y] == JudgeId \ and checkerboardtemp[x - 1][y] == JudgeId \ and checkerboardtemp[x 1][y] == JudgeId \ and checkerboardtemp[x 2][y] == JudgeId: winneridtemp = JudgeId winx1temp = x 2 winx2temp = x - 2 winy1temp = y winy2temp = y if x - 1 >= 0 and x 3 <= boardsizetemp - 1: if checkerboardtemp[x - 1][y] == JudgeId \ and checkerboardtemp[x 1][y] == JudgeId \ and checkerboardtemp[x 2][y] == JudgeId \ and checkerboardtemp[x 3][y] == JudgeId: winneridtemp = JudgeId winx1temp = x 3 winx2temp = x - 1 winy1temp = y winy2temp = y if x >= 0 and x 4 <= boardsizetemp - 1: if checkerboardtemp[x 1][y] == JudgeId \ and checkerboardtemp[x 2][y] == JudgeId \ and checkerboardtemp[x 3][y] == JudgeId \ and checkerboardtemp[x 4][y] == JudgeId: winneridtemp = JudgeId winx1temp = x 4 winx2temp = x winy1temp = y winy2temp = y # 判断最后一子45° if x - 4 >= 0 and y - 4 >= 0 and x <= boardsizetemp - 1 and y <= boardsizetemp - 1: if checkerboardtemp[x - 1][y - 1] == JudgeId \ and checkerboardtemp[x - 2][y - 2] == JudgeId \ and checkerboardtemp[x - 3][y - 3] == JudgeId \ and checkerboardtemp[x - 4][y - 4] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x - 4 winy1temp = y winy2temp = y - 4 if x - 3 >= 0 and y - 3 >= 0 and x 1 <= boardsizetemp - 1 and y 1 <= boardsizetemp - 1: if checkerboardtemp[x 1][y 1] == JudgeId \ and checkerboardtemp[x - 1][y - 1] == JudgeId \ and checkerboardtemp[x - 2][y - 2] == JudgeId \ and checkerboardtemp[x - 3][y - 3] == JudgeId: winneridtemp = JudgeId winx1temp = x 1 winx2temp = x - 3 winy1temp = y 1 winy2temp = y - 3 if x - 2 >= 0 and y - 2 >= 0 and x 2 <= boardsizetemp - 1 and y 2 <= boardsizetemp - 1: if checkerboardtemp[x 2][y 2] == JudgeId \ and checkerboardtemp[x 1][y 1] == JudgeId \ and checkerboardtemp[x - 1][y - 1] == JudgeId \ and checkerboardtemp[x - 2][y - 2] == JudgeId: winneridtemp = JudgeId winx1temp = x 2 winx2temp = x - 2 winy1temp = y 2 winy2temp = y - 2 if x - 1 >= 0 and y - 1 >= 0 and x 3 <= boardsizetemp - 1 and y 3 <= boardsizetemp - 1: if checkerboardtemp[x 3][y 3] == JudgeId \ and checkerboardtemp[x 2][y 2] == JudgeId \ and checkerboardtemp[x 1][y 1] == JudgeId \ and checkerboardtemp[x - 1][y - 1] == JudgeId: winneridtemp = JudgeId winx1temp = x 3 winx2temp = x - 1 winy1temp = y 3 winy2temp = y - 1 if x >= 0 and y >= 0 and x 4 <= boardsizetemp - 1 and y 4 <= boardsizetemp - 1: if checkerboardtemp[x 1][y 1] == JudgeId \ and checkerboardtemp[x 2][y 2] == JudgeId \ and checkerboardtemp[x 3][y 3] == JudgeId \ and checkerboardtemp[x 4][y 4] == JudgeId: winneridtemp = JudgeId winx1temp = x 4 winx2temp = x winy1temp = y 4 winy2temp = y # 判断最后一子135° if x - 4 >= 0 and y 4 <= boardsizetemp - 1 and x <= boardsizetemp - 1 and y >= 0: if checkerboardtemp[x - 1][y 1] == JudgeId \ and checkerboardtemp[x - 2][y 2] == JudgeId \ and checkerboardtemp[x - 3][y 3] == JudgeId \ and checkerboardtemp[x - 4][y 4] == JudgeId: winneridtemp = JudgeId winx1temp = x winx2temp = x - 4 winy1temp = y winy2temp = y 4 if x - 3 >= 0 and y 3 <= boardsizetemp - 1 and x 1 <= boardsizetemp - 1 and y - 1 >= 0: if checkerboardtemp[x - 1][y 1] == JudgeId \ and checkerboardtemp[x - 2][y 2] == JudgeId \ and checkerboardtemp[x - 3][y 3] == JudgeId \ and checkerboardtemp[x 1][y - 1] == JudgeId: winneridtemp = JudgeId winx1temp = x 1 winx2temp = x - 3 winy1temp = y - 1 winy2temp = y 3 if x - 2 >= 0 and y 2 <= boardsizetemp - 1 and x 2 <= boardsizetemp - 1 and y - 2 >= 0: if checkerboardtemp[x - 1][y 1] == JudgeId \ and checkerboardtemp[x - 2][y 2] == JudgeId \ and checkerboardtemp[x 1][y - 1] == JudgeId \ and checkerboardtemp[x 2][y - 2] == JudgeId: winneridtemp = JudgeId winx1temp = x 2 winx2temp = x - 2 winy1temp = y - 2 winy2temp = y 2 if x - 1 >= 0 and y 1 <= boardsizetemp - 1 and x 3 <= boardsizetemp - 1 and y - 3 >= 0: if checkerboardtemp[x - 1][y 1] == JudgeId \ and checkerboardtemp[x 1][y - 1] == JudgeId \ and checkerboardtemp[x 2][y - 2] == JudgeId \ and checkerboardtemp[x 3][y - 3] == JudgeId: winneridtemp = JudgeId winx1temp = x 3 winx2temp = x - 1 winy1temp = y - 3 winy2temp = y 1 if x >= 0 and y <= boardsizetemp - 1 and x 4 <= boardsizetemp - 1 and y - 4 >= 0: if checkerboardtemp[x 1][y - 1] == JudgeId \ and checkerboardtemp[x 2][y - 2] == JudgeId \ and checkerboardtemp[x 3][y - 3] == JudgeId \ and checkerboardtemp[x 4][y - 4] == JudgeId: winneridtemp = JudgeId winx1temp = x 4 winx2temp = x winy1temp = y winy2temp = y - 4 else: pass config.set_value("WinnerId", winneridtemp) config.set_value("WinX1", winx1temp) config.set_value("WinX2", winx2temp) config.set_value("WinY1", winy1temp) config.set_value("WinY2", winy2temp)6 项目实际运行展示

五子棋怎么玩100%赢,五子棋5步必胜图解(9)