PPT_Object-oriented-programming

VC++ 使用MFC ODBC访问数据库，请注意：在VC环境下运行程序前，必须注册ODBC数据源，数据库文件为bookinfo.mdb，数据源名称为bookinfo，直接运行可执行文件也需要将数据库文件与可执行文件放在同一路径下。(VC++ using MFC ODBC to access the database, please note: In the VC environment before running the program, you must register ODBC data source, the database file is bookinfo.mdb, data source name is bookinfo, also need to run an executable file with an executable database files files in the same path.)

VB制作二维码图像 VB制作二维码图像(Produce two-dimensional code)

基于DSP28335实现通过spi实现的片外AD7606的数据采集程序。(the data collection code of the AD7606 based on DSP28335)

连锁店指纹考勤系统，每次考勤成功都会显示被考勤人员的照片。数据库是基于XML小型数据库。界面友好，操作方便！(Chain fingerprint attendance system, each successful attendance will show pictures of attendance officers. Database is based on the small XML database. User-friendly, easy to operate!)

易语言超简单水浒Q传自动打怪 易语言超简单水浒Q传自动打怪 易语言超简单水浒Q传自动打怪 (easy-language simple Shuihu Q-automatic Daguai eas y-language simple Shuihu Q-automatic Daguai eas y-language simple Shuihu Q-automatic Daguai easy-simple language Water Margin Q-automatic Daguai)

VC很经典的报表控件，功能非常强大，很赞。(VC very classic report control, the function is very powerful, very praise.)

说明：  详细说明了窗体list控件的各种函数功能和使用方法。(Detailed description of the form list the various function controls the function and use.)

BMP24位位图量化成256色BMP图，本程序彩八叉树颜色量化。(BMP24-bit quantization into a 256-color bitmap BMP map, this program color octree color quantization.)

这个是使用directshow编写的视频播放小工具，是命令行界面的(This is written using directshow video player gadget that is a command-line interface)

You are asked to design and implement a simulator for university life where lecturers provide lectures (credits) and students attend lectures (credits) to graduate. This simulator uses a bounded circular buffer shared by lecturers and students. Lecturers are concurrently providing lecturers and placing their lecturers in JCU (shared buffer) and students are concurrently taking lectures from JCU to graduate. The purpose of this assignment is to give you some "hands-on" experience with concurrent processes, semaphores, and shared memory. You need to use the modules you practiced in week 6 and 8 labs (Prac 5 and Prac 6). You need semaphores for mutual exclusion and synchronization (studied in week 6 prac) and a shared buffer for shared memory IPC (studied in week 8 prac).