计算机系统应用
計算機繫統應用
계산궤계통응용
APPLICATIONS OF THE COMPUTER SYSTEMS
2015年
5期
177-182
,共6页
嵌入式数据库%SQLite3%多级角色%RBAC%访问控制
嵌入式數據庫%SQLite3%多級角色%RBAC%訪問控製
감입식수거고%SQLite3%다급각색%RBAC%방문공제
embedded database%SQLite3%multi-level roles%RBAC%access control
针对嵌入式数据库SQLite3没有完整的安全访问控制的问题，本文基于RBAC模型，结合SQLite3数据库内核源码，设计了多级角色，分析了其访问控制的实现方法与步骤，详细设计并实现了 SQLite3的安全访问控制。实验测试结果表明该方法在继承SQLite3原有优点的同时，提高了SQLite3的安全访问控制能力。
針對嵌入式數據庫SQLite3沒有完整的安全訪問控製的問題，本文基于RBAC模型，結閤SQLite3數據庫內覈源碼，設計瞭多級角色，分析瞭其訪問控製的實現方法與步驟，詳細設計併實現瞭 SQLite3的安全訪問控製。實驗測試結果錶明該方法在繼承SQLite3原有優點的同時，提高瞭SQLite3的安全訪問控製能力。
침대감입식수거고SQLite3몰유완정적안전방문공제적문제，본문기우RBAC모형，결합SQLite3수거고내핵원마，설계료다급각색，분석료기방문공제적실현방법여보취，상세설계병실현료 SQLite3적안전방문공제。실험측시결과표명해방법재계승SQLite3원유우점적동시，제고료SQLite3적안전방문공제능력。
SQLite3 is an embedded database but lack of complete secure access control mechanism. To solve this problem, this paper first designs a multi-level role function, then makes an analysis of the specific methods and steps of the access control mechanism for SQLite3 based on the RBAC model and combined with the source code of the SQLite3 database. Finally, it makes a detailed design and implementation of this access control mechanism for SQLite3. It is indicated by the experimental tests that the new secure access control mechanism not only succeeds the original advantages of SQLite3, but also improves the security of SQLite3.
