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2-4-2 Di erences among Storage Devices The relative importance of the hardware parameters di ers among the various types of hardware We emphasize in the next chapters disk-drive units, without ruling out other devices This means that we stress the e ect of the seek time

stable than the CrsDesc column Course descriptions may change over time, but course numbers remain the same CREATE TABLE Course (

The revision of this book has been major Nearly every paragraph has been rewritten, and some sections have been completely replaces The namber of tables and examples is also increased The general outline, however, and the underlying principles could remain the same Distribution of databases over multiple sites is now considered throughout the book The equipment table in Chap 2 deals with the much wider range of storage devices now available The prevalence of B-trees for indexes has permitted a rewrite of Sec 3-4 which is more modern and simpler A new method for dealing with growth of direct-access areas is part of Sec 3-5 New results dealing with device interference are presented in Chap 5 7 includes the modern concepts of semantic modeling a new section, 7-2, deals with the formal semantics now available for database design Section 7-3 de nes the conceptual tools for establishing the structural relationships between les The entire design process is described step by step in Sec 7-5 The introduction of commercial relational database implementations permits now a consistent description of these systems in Sec 9-2 the performance of databases using relational operations can be predicted using the information introduced in Sec 9-3 The concept of using transactions to access the database is used throughout but has a major impact on the handling of reliability issues in Chap 11 and integrity maintenance in Chap 13 New sections have been added there

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The operations == and != must also be defined The default allocator is allocator, and it is defined within the header <memory> Its template specification is shown here: template <class T> class allocator Here, T is the type of objects that allocator will be allocating allocator defines the following constructors: allocator( ) throw( ); allocator(const allocator<T> &ob) throw( );

Design Methodology This book presents a comprehensive collection of database design tools In order to employ them, a strategy of problem decomposition, followed by a structured design process is advised A top-down design requires the underlying primitives to be understood Since this book starts with the basics, the design process is initiated with concepts from Chap 10 The categorization of database approaches given in Chap 10 helps to set the initial objective for a database 7 provides the means to construct a model which integrates the requirements of multiple applications which share the database The schemas in Chap 8 provide methods to describe the model in machinereadable form Existing database systems, described in Chap 9 and referenced in Appendix B, suggest available implementation alternatives If the database is to be directly supported by a le system, the basic le choices in Chap 3 and their combinations shown in Chap 4 provide the alternatives The data representation can be chosen using the material of Chap 14 The performance of the chosen approach can be predicted following the outline shown in Chap 5 Factors relevant to speci c database systems or le systems appear where they are discussed, but the terminology and variable de nitions are consistent throughout, so that cross-referencing is simple The structural model de ned in Chap 7 provides the framework for the translation of application loads to the load to be handled by the database Transaction performance in database systems is estimated using the performance analyses for the prevalent approaches from Chap 9 An Optional le design may be selected after application of the load parameters to the performance formulas from Chaps 3 and 4 The formulas also require the hardware description parameters introduced in Chap 2

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CourseNo CHAR(6), CrsDesc VARCHAR(250), CrsUnits SMALLINT, CONSTRAINT PKCourse PRIMARY KEY(CourseNo), CONSTRAINT UniqueCrsDesc UNIQUE (CrsDesc) )

The first creates a new allocator The second creates a copy of ob The operators == and != are defined for allocator The member functions defined by allocator are shown in Table 35-2 One last point: A specialization of allocator for void * pointers is also defined

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