字模的产生

Linux 下使用gtk库和SDL库开发的YUV播放器，能播放纯YUV数据，播放之前选择好分辨率，选择正确了可以播放。压缩包中有代码，执行文件和PPT文档。

应用背景适合初学Linux系统编程的码奴。熟悉一下UNIX编程环境，熟悉一下UNIX的系统调用的行为             .涉及信号，进程间通信，及管道。                                 关键技术   .涉及信号，进程间通信，及管道。

通过opencv读写JPG和BMP图片（分别对应文件夹JPG,BMP），将其转换成灰度或RGB文本形式，然后可以通过PGPLOT画图，恢复原来图片。 test文件夹是学习代码，入门必备。 以上编译方式在test文件夹下的源程序drawing.c最后标注了。 对于需要pgplot库的，编译如下： gcc -c a.c f77 -o a a.o -lcpgplot -lpgplot -lX11 记住在编译前，确保安装opencv,pgplot图形库。

这个视频是用来转换成灰度RGB视频使用网络摄像头这个项目是在qt使用opencv函数实现

linux c程序设计

MINIX 是微内核体系结构基于 unix 的计算机操作系统，由安德鲁 · S.塔发明。MINIX 最初发布于 1987 年，打开所有的源代码为高校教学和科研工作。作为一个教学的操作系统，Minix 的源代码是非常适合操作系统课程的学习。

Linux下C语言版本飞鸽传书，功能有局域网聊天，传输文件等等。内有部分注释，便于学习交流

sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdfasdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdfsdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf sdf asdf

linux系统下的学生管理系统教育是科学之本，随着我国教育的普及和当前全球范围的知识经济的突飞猛进，一套高质量高效率的学生信息管理系统更是必不可少，当前不仅是我国还是海外其他国家，均把学校教育放在战略地位，投入巨大的人力物力研制各种教育模式，其中，学生管理信息系统的开发是首当其冲。一套好的管理系统是良好学习环境的组织者。由于信息系统数据量大，传统的人工操作不仅效率低，准确性不高，而且其完整性，保密性均得不到保证。管理信息系统，即MIS（management information system）,是一个利用计算机软硬件资源以及数据库的人机系统

Clone server, Model Six (clonesrv6.c): main task setupint main (int argc, char *argv []){clonesrv_t *self = (clonesrv_t *) zmalloc (sizeof (clonesrv_t));if (argc == 2 && streq (argv [1], "-p")) {zclock_log ("I: primary active, waiting for backup (passive)");self->bstar = bstar_new (BSTAR_PRIMARY, "tcp://*:5003","tcp://localhost:5004");bstar_voter (self->bstar, "tcp://*:5556", ZMQ_ROUTER, s_snapshots, self);self->port = 5556;self->peer = 5566;self->primary = TRUE;}elseif (argc == 2 && streq (argv [1], "-b")) {zclock_log ("I: backup passive, waiting for primary (active)");self->bstar = bstar_new (BSTAR_BACKUP, "tcp://*:5004","tcp://localhost:5003");bstar_voter (self->bstar, "tcp://*:5566", ZMQ_ROUTER, s_snapshots, self);self->port = 5566;