CAJ | 학술논문

在研究数据库MySQL优化技术基础上，重点考虑数据处理速度问题，采用C＋＋动态链接库的方式对数据库MySQL C API（application programming interfaces ，应用程序编程接口）进行封装。运用分层架构设计理念，并结合连接池、多线程等技术对其优化设计。测试结果表明，经优化后的数据库业务操作简单、便捷，数据处理速度和执行效率大幅度提高，且系统的可维护性和可移植性良好，基本达到预期目标。
재연구수거고MySQL우화기술기출상，중점고필수거처리속도문제，채용C＋＋동태련접고적방식대수거고MySQL C API（application programming interfaces ，응용정서편정접구）진행봉장。운용분층가구설계이념，병결합련접지、다선정등기술대기우화설계。측시결과표명，경우화후적수거고업무조작간단、편첩，수거처리속도화집행효솔대폭도제고，차계통적가유호성화가이식성량호，기본체도예기목표。
The speed of data processing is the key issue in the research of MySQL optimization tech-niques, this article aims to encapsulate MySQL C API (application programming interfaces) by taking C++dynamic link library method .Combined hierarchical design idea with techniques of connection pool and multi-thread, the database is optimized .The test results show that the optimized database is easy to operate and the efficiency and the speed of data processing is greatly improved .With sound maintainability and portability , the system has achieved expected target .