A Developer's Guide to Data Modeling for SQL Server: Covering SQL Server 2005 and 2008 Summary:
Publisher: Ad..dison-Wesl.ey Professional 2008 | 304 Pages | ISBN: 0321497643 | PDF | 3 MB
Effective data modeling is essential to ensuring that your databases will perform well, scale well, and evolve to meet changing requirements. However, if you’re modeling databases to run on Microsoft SQL Server 2008 or 2005, theoretical or platform-agnostic data modeling knowledge isn’t enough: models that don’t reflect SQL Server’s unique real-world strengths and weaknesses often lead to disastrous performance. A Developer’s Guide to Data Modeling for SQL Server is a practical, SQL Server-specific guide to data modeling for every developer, architect, and administrator. This book offers you invaluable start-to-finish guidance for designing new databases, redesigning existing SQL Server data models, and migrating databases from other platforms. You’ll begin with a concise, practical overview of the core data modeling techniques. Next, you’ll walk through requirements gathering and discover how to convert requirements into effective SQL Server logical models. Finally, you’ll systematically transform those logical models into physical models that make the most of SQL Server’s extended functionality. All of this book’s many examples are available for download from a companion Web site.
Understand your data model’s physical elements, from storage to referential integrity
Provide programmability via stored procedures, user-defined functions, triggers, and .NET CLR integration
Normalize data models, one step at a time
Gather and interpret requirements more effectively
Learn an effective methodology for creating logical models
Overcome modeling problems related to entities, attribute, data types, storage overhead, performance, and relationships
Create physical models—from establishing naming guidelines through implementing business rules and constraints
Use SQL Server’s unique indexing capabilities, and overcome their limitations
Create abstraction layers that enhance security, extensibility, and flexibility.
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