一个小五子棋游戏

用VC实现的五子棋，可能用学习游戏编程，也是学习VC的好例子-Gobang achieved using VC, it may be to learn game programming, but also learn a good example of VC

五子棋的汇编代码，结构比较简单-331 assembly code, relatively simple structure

/*这是本人学过C语言近两年之后写过的第一个象点样子的程序，也是从学过C之后一直想写的诸多程序之一，虽然不大，但毕竟是年轻手生，也倾注了我相当的心血。该程序用时两周，历经四次大的修改，数十次细节上的改动，最后形成现在的样子。还请各路大虾多多指教。其实程序还很简单，还有很多可以改进的地方，至少还可以引入C的图形机制，至少还可以用C++，VC++改写等。该程序在TC2.0下调试通过。经刘公烈老师一语点拨减少15处警告错误，但仍有一处尚未改正。*/-/* this is my learned C language written nearly two years after the first point as an example of the procedures, as well as from academic C after always wanted to write one of the many procedures, although little, but after all, young Adam, I have devoted considerable effort. The procedure used when two weeks after four major changes, dozens of details on the changes, resulting eventually in what it is today. Also requested will provide tremendous exhibitions. In fact, very simple procedure, there is a lot of room for improvement, at least C can also introduce the graphic mechanism, at least can also use C, VC rewritten so. The procedures under WITH TC 2.0 debugging through. Sent by the strong language teachers a 15 Tips to reduce erroneous warning, but there is sti

自己做的轮盘游戏 使用delphix控件,带服务,客户端,和管理端

五子棋的vc源码,自己玩过,比较好,从文件体积上看,与其它的五子棋程序不重复!-331 vc source of their tried and better, from file size perspective, with the other 331 procedures not repeat!

本程序是用vc来实现五子棋的基本算法,非常经典!-this program is to achieve 331 vc the basic algorithm, very classic!

黑白棋引擎代码，很精彩-reversi engine code is fascinating

游戏规则如下: 棋盘为3*3各方格。双方各三颗棋子。 开始时轮流想方格里放棋子。放完后轮流走棋（只能横走或直走）。 若某方三颗棋子排成直线（横的或竖的）算赢。 -The rules of the game are as follows: chessboard for all 3* 3 grid. Each of the two sides three pawns. The beginning of rotation would like to put a pawn in the box. Rotation after release moves (only horizontal or straight). If a party to three straight line pawn (the horizontal or vertical) operator wins.

C#实现24点算法源代码,可以设置出题功能，测试通过-C# to achieve 24-point algorithm source code, you can set up a title function test

办证程序简单，办证规则相对较少