练习时做的一个老乡通信录管理系统,可从WORD中导入数据,存入ACCESS数据库中...

是一个在学习数据结构时编写的图结构，主要是用两种方法生成需要的图结构，其中有一个头文件都注释了，要是要使用的话，只需要将另一个头文件注释并把这个取消注释，在main方法中改一个类名就好了-Is a data structure in the learning plan to prepare the structure, is mainly used two methods to generate the need for the graph structure, in which there is a header file are annotated, if you want to use words, just another header file to the Notes and the cancellation of Notes, in the main method to a class name like the

数据结构底层经典算法――时间陷阱，请大家参考-underlying data structure classical algorithm-- time trap, please refer to

实例有关说明： 数据源：本实例使用的数据源在本章实例MyOdbcSmpl目录中，数据源为ACCESS数据源，数 据文件为Mydb.mdb。请根据本章2.4.1创建ODBC数据源中所指示的ODBC数据源管 理器（ODBC32.exe）来创建和配置数据源MyDB（也可以命名为其他名称）。 执行结果：本章实例的执行结果MyOdbcSmpl目录中的可执行文件MyOdbcSmpl.exe。在数据 源中选择刚配置的MyDB，在数据表或视图中选择要查询的表或视图，选择查询的 列，如果有查询条件，请在查询条件中输入，最后确定是否输出显示查询结果， 缺省为显示，单击“执行”按钮，执行查询并显示查询结果，在SQL语句框中显 示执行的查询。-Note : Data Source : The data used by the examples in this chapter source directory MyOdbcSmpl example, ACCESS data source for data sources, data files for Mydb.mdb. Requests under this chapter 2.4.1 create ODBC data source as directed by the ODBC Data Source Manager (ODBC32.exe) to create and configure data sources MyDB (also named other names). Outcome : examples of this chapter MyOdbcSmpl results of the implementation of the directory MyOdbcSmpl.exe executable files. The data sources to choose just the MyDB configuration, the data in Table View or choose to check the table or view, the choice for the series, if there are inquiries conditions, the conditions for the imp

简单的全排列与组合问题的递归解法，数据结构与算法中较基础的问题-simple combination with the full array of recursive method, data structure and algorithm based on the issues than

清华大学版的数据结构书实验编的解决8皇后问题的原程序，还是动态的显示。-version of the experimental data structure book series to solve the problems of the original Queen"s procedures, or dynamic display.

数据库实习的很好的课题-database attachment very good subject

实用的档案管理程序-usable file management procedures

一个效率很高的通配符查找算法，适用于对"*"和“?”的通配符查找，可以根据需要进行修改，适用于不同应用， 另外还有一个非常适用的CRC检查算法-a highly efficient wildcard search algorithm that applies to the "*" and "the" wildcard search, it may need to make changes apply to different applications, there is another very applicable CRC check algorithm

队列,1、 掌握队列的顺序存储结构和“假溢出”的处理方法 2、 设计用标志位解决“假溢出”问题的顺序队列 -cohort, 1, the master queue storage structure and sequence "false spillover" of the two treatment methods. Design signs spaces, "false spillover" in the order queue

完成实验要求的全部功能并运行通过，算法有一定的新意，程序代码符合书写规范，实验报告叙述清晰完整，有详尽的分析和总结-completion of the pilot all the functional requirements and run through the algorithm of a certain novelty, with code written norms, experimental report describes a distinct and comprehensive, detailed analysis and summary