编译原理实验用来识别无符号数,代码不长.

软件需求分析就是把软件计划期间建立的软件可行性分析求精和细化，分析各种可能的解法，并且分配给各个软件元素。需求分析是软件定义阶段中的最后一步，是确定系统必须完成哪些工作，也就是对目标系统提出完整、准确、清晰、具体的要求。

这是一个三次样条插值算法的Ｃ代码，不过里面可能还有一些不足之处，希望对朋友们有用-This is a cubic spline interpolation algorithm C code, but inside there may be some inadequacies, in the hope that friends useful

大名鼎鼎的深入浅出MFC一书所附的源代码。-The famous book in layman" s language and MFC source code attached.

[1] 考勤时间=2005-10-27 员工编号=1 状态=迟到 上班时间(早)=16:59:40 备注=无 [2] 考勤时间=2005-10-27 员工编号=2 状态=迟到 上班时间(早)=16:59:40 备注=无 [3] 考勤时间=2005-10-27 员工编号=3 状态=迟到 上班时间(早)=16:59:40 备注=无 [6] 考勤时间=2005-10-27 员工编号=6 状态=早退 上班时间(早)=上午 18:52:45 备注=无 下班时间(晚)=上午 18:52:45 [5] 考勤时间=2005-10-27 员工编号=5 状态=早退 上班时间(早)=上午 19:01:40 备注=无 下班时间(晚)=上午 19:01:40 [4] 考勤时间=2005-10-27 员工编号=4 状态=早退 上班时间(早)=上午 19:04:14 备注=无 下班时间(晚)=上午 19:04:14 -[1] time = 2005-10-27 employees attendance number = 1 state = late working hours (early) = 16:59:40 Note = No [2] time = 2005-10-27 employees attendance number = 2 status = late working hours (early) = 16:59:40 Note = No [3] time = 2005-10-27 employees attendance number = 3 state = late working hours (early) = 16:59:40 Note = No [6] Attendance time = 2005-10-27 employee ID = 6 state = leave early to go to work hours (early) = 18:52:45 AM Remarks = no working hours (late) = 18:52:45 AM [5] attendance period = 2005-10-

自己写的一个有关八数码问题的小程序-himself wrote on one of the eight small digital procedures

求解货郎担问题的分枝限界算法,程序中有较为详细的注释-solving the traveling salesman problem Branch and Bound algorithm, procedures are more detailed Notes

系统信息上传 1-system upload

用visual c++编写的程序,适合刚入门的MFC的程序员们.-with visual c prepared by the procedure, just for the portal were MFC programmers.

There must be a gazillion Tetris clones out there... Why another one?. Because I couldn t find a clone like this with a liberal open source license and programmed with code legibility in mind. -There must be a gazillion Tetris clones out there ... Why another one?. Because I couldn t find a clone like this with a liberal open source license and programmed with code legibility in mind.

功能选择模块，实现逻辑功能的选择，以完成任务-Feature selection module, the choice of the realization of logic function in order to complete the task