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SQLite中如何用API操作BLOB类型的字段-how to use SQLite API type BLOB fields

本系统为内部系统，帐户由管理员添加、管理； 分为两个组，User组和Boss组。Boss组的帐户可以发广播通知； 任意两个用户间可以互相通信； 数据库接口用DAO，网络通信用 CSocket+CSocketFile；-the system to internal system administrator account by adding, management; Divided into two groups, User Group and the Boss group. Boss Group accounts Broadcasting notice can be issued; Between any two users can communicate with each other; Using DAO Database Interface, Network Communication CSocket CSocketFile;

c++链表模板类，实现所有链表的功能！包括增删改查，反转、递归反转等功能。对数据结构初学者有极高的参考价值。且代码规范，命名规范，有很多注释帮助理解。

纯C语言写的小型通用数据库，一个C数据结构组科技小组的作品，附有开发思路PPT，这可是一个宝贵的资源哦，更底层的东西，运行于DOS提示符，可以新建数据库等操作。C的编程高手们值得参考一下。-Pure C language to write a small general-purpose database, a data structure C Group Technology Group works to develop ideas with PPT, this is a valuable resource Oh, and the bottom of things, running on the DOS prompt, you can operate a new database. C programming masters worthy of reference.

程序1，2，3分别实现了vc++对access,BDE,DSN的访问；程序4串行化对象到数据字段，程序5从ODBC 动态读取数据，程序6 DAO组合框，程序7 ODBC的日期和时间 程序8 9，交互式的SQL工具；程序10在DLL中使用DAO-procedures were achieved vc right access, BDE, DSN visits; 4 Serial procedures objects to the data fields, procedures five dynamic read from ODBC data, procedures DAO portfolio Box 6, 7 ODBC procedures of the time and date 8 9 procedures, interactive SQL tools; 10 procedures in the use of DLL DAO

严蔚敏编写的《数据结构》第9章的答案，全部为源码-the answers of chapter 9 of a book called ‘Data Structures’ writen by Yan Wei Min

c#数据库连接及热图渲染矩阵计算，利用oracle数库连接读入数据，插入数据，利用线性差值及argis二次开发 插入热点，并将结果插入结果矩阵中

平衡二叉树生成 输入任意个节点 如 2 6 8 0为显示 可自动生成平衡二叉树 bf为平衡因子 h给深度 可插入删除 计算转动次数（wangliwei007也是我，质料没添全就换这个好号，请斑竹给我发个号好吗？我也想下载东西，急）-balanced binary tree generating arbitrary input nodes as 2 6 8 0 to demonstrate that automatically generates balanced binary tree bf for the balance factor to the depth h can be inserted delete calculated rotational frequency (wangliwei007 me, not Tim material on the whole good for this, please give me a 62-000, okay? I would also like to download something radical)

这是字符串匹配算法中很著名的KMP算法，此文件仅供大家参考，具体是否能调通，本人还没有试过-This is a string matching algorithm is famous KMP algorithm, this document is your reference, specifically whether Qualcomm will emphasize, I have not tried

一个学籍管理系统，挺好用的！-an expulsion management system, the very good!