数据库重构（精装英文版）荣获Jolt大奖！ (2008 年度畅销榜NO.5661 )

重构技术已经在领域广泛的开发项目中证明了自身的价值——帮助软件专业人士改善系统的设计、可维护性、可扩展性和性能。本书首次披露了为数据库系统专门设计的强大重构技术。\r\n　　本书展示了如何在不改变语义的情况下，对表结构、数据、存储过程及触发器等略作改动，就可以给数据库设计带来实质上的飞跃。\r\n　　这是一本内容全面的参考、指南书，全面介绍了数据库重构涉及的每个基本观念，运用完整的实例，带领读者学习从重构简单的孤立数据库应用程序到重构复杂的多应用程序环境的全过程，并讲述了数据库重整的五大主要类别。读者将学会如何运用重构改善数据库结构、数据质量和参照完整性，如何同时对结构和方法进行重整。本书提供了用Oracle和Java建立的多种实例，并可以方便地转换成C#、C++、VB.NET等其他语言或DB2、SQL Server、MySQL、Sybase等其他数据库。\r\n　　运用本书的技术和实例，读者可以减少浪费和重复工作，降低风险和成本，建立能够顺利发展以适应未来需求的数据库系统。

Chapter 1:Evolutionary Database Development　\r\n　1.1　Database Refactoring　\r\n　1.2　Evolutionary Data Modeling　\r\n　1.3　Database Regression Testing　\r\n　1.4　Configuration Management of Database Artifacts　\r\n　1.5　Developer Sandboxes　\r\n　1.6　Impediments to Evolutionary Database Development Techniques　\r\n　1.7　What You Have Learned　\r\nChapter 2:Database Refactoring　\r\n　2.1　Code Refactoring　\r\n　2.2　Database Refactoring　\r\n　2.3　Categories of Database Refactorings　\r\n　2.4　Database Smells　\r\n　2.5　How Database Refactoring Fits In　\r\n　2.6　Making It Easier to Refactor Your Database Schema　\r\n　2.7　What You Have Learned　\r\nChapter 3:The Process of Database Refactoring　\r\n　3.1　Verify That a Database Refactoring Is Appropriate　\r\n　3.2　Choose the Most Appropriate Database Refactoring　\r\n　3.3　Deprecate the Original Database Schema　\r\n　3.4　Test Before, During, and After　\r\n　3.5　Modify the Database Schema　\r\n　3.6　Migrate the Source Data　\r\n　3.7　Refactor External Access Program(s)　\r\n　3.8　Run Your Regression Tests　\r\n　3.9　Version Control Your Work　\r\n　3.10　Announce the Refactoring　\r\n　3.11　What You Have Learned　\r\nChapter 4:Deploying into Production　\r\n　4.1　Effectively Deploying Between Sandboxes　\r\n　4.2　Applying Bundles of Database Refactorings　\r\n　4.3　Scheduling Deployment Windows　\r\n　4.4　Deploying Your System\r\n　4.5　Removing Deprecated Schema　\r\n　4.6　What You Have Learned　\r\nChapter 5:Database Refactoring Strategies　\r\n　5.1　Smaller Changes Are Easier to Apply　\r\n　5.2　Uniquely Identify Individual Refactorings　\r\n　5.3　Implement a Large Change by Many Small Ones　\r\n　5.4　Have a Database Configuration Table　\r\n　5.5　Prefer Triggers over Views or Batch Synchronization　\r\n　5.6　Choose a Sufficient Transition Period　\r\n　5.7　Simplify Your Database Change Control Board (CCB) Strategy　\r\n　5.8　Simplify Negotiations with Other Teams　\r\n　5.9　Encapsulate Database Access　\r\n　5.10　Be Able to Easily Set Up a Database Environment　\r\n　5.11　Do Not Duplicate SQL　\r\n　5.12　Put Database Assets Under Change Control　\r\n　5.13　Beware of Politics　\r\n　5.14　What You Have Learned　68 Online Resources　\r\nChapter 6:Structural Refactorings　\r\n　Common Issues When Implementing Structural Refactorings　\r\n　Drop Column　\r\n　Drop Table　\r\n　Drop View　\r\n　Introduce Calculated Column　\r\n　Introduce Surrogate Key　\r\n　Merge Columns　\r\n　Merge Tables　\r\n　Move Column　\r\n　Rename Column　\r\n　Rename Table　\r\n　Rename View　\r\n　Replace LOB With Table　\r\n　Replace Column　\r\n　Replace One-To-Many With Associative Table　\r\n　Replace Surrogate Key With Natural Key　\r\n　Split Column　\r\n　Split Table　\r\nChapter 7:Data Quality Refactorings　\r\n　Common Issues When Implementing Data Quality Refactorings　\r\n　Add Lookup Table　\r\n　Apply Standard Codes　\r\n　Apply Standard Type　\r\n　Consolidate Key Strategy　\r\n　Drop Column Constraint　\r\n　Drop Default Value　\r\n　Drop Non-Nullable　\r\n　Introduce Column Constraint　\r\n　Introduce Common Format　\r\n　Introduce Default Value　\r\n　Make Column Non-Nullable　\r\n　Move Data　\r\n　Replace Type Code With Property Flags　\r\nChapter 8:Referential Integrity Refactorings　\r\n　Add Foreign Key Constraint　\r\n　Add Trigger For Calculated Column　\r\n　Drop Foreign Key Constraint　\r\n　Introduce Cascading Delete　\r\n　Introduce Hard Delete　\r\n　Introduce Soft Delete　\r\n　Introduce Trigger For History　\r\nChapter 9:Architectural Refactorings　\r\n　Add CRUD Methods　\r\n　Add Mirror Table　\r\n　Add Read Method　\r\n　Encapsulate Table With View　\r\n　Introduce Calculation Method　\r\n　Introduce Index　\r\n　Introduce Read-Only Table　\r\n　Migrate Method From Database　\r\n　Migrate Method To Database　\r\n　Replace Method(s) With View　\r\n　Replace View With Method(s)　\r\n　Use Official Data Source　\r\nChapter 10:Method Refactorings　\r\n　10.1　Interface Changing Refactorings\r\n　10.2　Internal Refactorings　\r\nChapter 11:Transformations　\r\n　Insert Data　\r\n　Introduce New Column　\r\n　Introduce New Table　\r\n　Introduce View　\r\n　Update Data　\r\nAppendix:The UML Data Modeling Notation　\r\nGlossary　\r\nReferences and Recommended Reading　\r\nIndex

Scott W.Ambler，世界一流的软件过程改进咨询顾问，开创了敏捷建模、敏捷数据、企业统一过程（Enterprise UP）以及敏捷统一过程方法论。曾在软件开发、JavaOne、OOPSLA、DAMA等会议上作主题发言和演讲。

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