Pro SQL Server Internals - Dmitri Korotkevitch

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Résumé :
Pro SQL Server Internals explains how different SQL Server components work under the hood and how they communicate with each other. This is the practical book with a large number of examples that will show you how various design and implementation decisions affect the behavior and performance of your systems. Pro SQL Server Internals covers a multiple SQL Server versions starting with SQL Server 2005 all the way up to the recently released SQL Server 2014. You'll learn about new SQL Server 2014 features including the new Cardinality Estimator, In-Memory OLTP Engine (codename Hekaton), and Clustered Columnstore Indexes. With Pro SQL Server Internals, you have a solid roadmap for understanding the depth and power of the SQL Server database backend, regardless of the version and edition of SQL Server you use. Pro SQL Server Internals does the following: Explains how to design efficient database schema, indexing, and transaction strategies. Shows how various database objects and technologies are implemented internally and when they should or should not be used. Demonstrates how SQL Server executes queries and works with data and transaction logs.

Biographie:
<div>Dmitri Korotkevitch is Microsoft SQL Server MVP and Microsoft Certified Master (in SQL Server 2008). He brings years of experience working with SQL Server as an Application and Database Developer, Database Administrator, and Database Architect. He specializes in design, development, and performance tuning of OLTP Systems working under heavy load.</div><div> </div><div>Dmitri regularly speaks at various Microsoft and SQL PASS events, and he provides SQL Server training to clients around the world. He blogs at: http://aboutsqlserver.com.</div>

Sommaire:

Part 1 - Tables and Indexes

. Chapter 1: Data storage internals

. Chapter 2: Tables and Indexes - Internal Structure and Access Methods

. Chapter 3: Statistics

. Chapter 4: Special Indexing and Storage Features

. Chapter 5: Index fragmentation

. Chapter 6: Designing and tuning the indexes

Part 2: Other things that matter

. Chapter 7: Constraints

. Chapter 8: Triggers

. Chapter 9: Views

. Chapter 10: Functions

. Chapter 11: XML

. Chapter 12: Temporary Tables

. Chapter 13: CLR

. Chapter 14: CLR types

. Chapter 15: Data partitioning

. Chapter 16: System design considerations

Part 3: Locking, Blocking and Concurrency

. Chapter 17: Lock types

. Chapter 18: Troubleshooting Blocking issues

. Chapter 19: Deadlocks

. Chapter 20: Lock Escalations

. Chapter 21: Optimistic isolation levels

. Chapter 22: Application locks

. Chapter 23: Schema locks

. Chapter 24: Designing transaction strategies

Part 4: Query Life Cycle

. Chapter 25: Query Optimization and Execution

. Chapter 26: Plan Caching

Part 5: Practical Troubleshooting

. Chapter 27: System Troubleshooting

. Chapter 28: Extended events

Part 6: Inside the transaction log

. Chapter 29: Transaction Log Internals

. Chapter 30: Designing a Backup Strategy

. Chapter 31: Designing aHigh Availability Strategy

Part 7: In-Memory OLTP Engine

. Chapter 32: Hekaton (In Memory OLTP Engine)

Part 8: Columnstore Indexes

. Chapter 33: In-Memory OLTP Programmability

. Chapter 34: Introduction to Columnstore indexes

. Chapter 35: Clustered Columnstore indexes