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is speci ed, there is no opportunity in the schema to specify the ruling part of the employee relation The key used is a secret of the hashprogram which provides the key-to-address translation A frequency eld in the schema (here FREQ) for a nest segment provides a count parameter to aid in the estimation of storage requirements The TYPE speci cation is limited to:

The DBMS accepts SQL commands generated from a variety of user interfaces, produces query evaluation plans, executes these plans against the database, and returns the answers (This is a simpli cation: SQL commands can be embedded in hostlanguage application programs, eg, Java or COBOL programs We ignore these issues to concentrate on the core DBMS functionality) When a user issues a query, the parsed query is presented to a query optimizer, which uses information about how the data is stored to produce an e cient execution plan for evaluating the query An execution plan is a blueprint for evaluating a query, and is usually represented as a tree of relational operators (with annotations that contain additional detailed information about which access methods to use, etc) We discuss query optimization in 13 Relational operators serve as the building blocks for evaluating queries posed against the data The implementation of these operators is discussed in 12 The code that implements relational operators sits on top of the le and access methods layer This layer includes a variety of software for supporting the concept of a le, which, in a DBMS, is a collection of pages or a collection of records This layer typically supports a heap le, or le of unordered pages, as well as indexes In addition to keeping track of the pages in a le, this layer organizes the information within a page File and page level storage issues are considered in 7 File organizations and indexes are considered in 8 The les and access methods layer code sits on top of the bu er manager, which brings pages in from disk to main memory as needed in response to read requests Bu er management is discussed in 7 The lowest layer of the DBMS software deals with management of space on disk, where the data is stored Higher layers allocate, deallocate, read, and write pages through (routines provided by) this layer, called the disk space manager This layer is discussed in 7 The DBMS supports concurrency and crash recovery by carefully scheduling user requests and maintaining a log of all changes to the database DBMS components associated with concurrency control and recovery include the transaction manager, which ensures that transactions request and release locks according to a suitable locking protocol and schedules the execution transactions; the lock manager, which keeps track of requests for locks and grants locks on database objects when they become available; and the recovery manager, which is responsible for maintaining a log, and restoring the system to a consistent state after a crash The disk space manager, bu er manager, and le and access method layers must interact with these components We discuss concurrency control and recovery in detail in 18.

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namespace Example_13_4_ _ _ _Extending_Interfaces { interface ICompressible { void Compress( ); void Decompress( ); } // extend ICompressible to log the bytes saved interface ILoggedCompressible : ICompressible { void LogSavedBytes( ); } public class Document : ILoggedCompressible { public Document(string s) {

The DL/1 language is mainly concerned about segments, and only FIELDs containing keys for sorting or referencing have to be speci ed The record in the example shows in fact a large gap between age and sex containing unnamed elds Use of DL/1 will be investigated when the IMS database management system is described in Sec 9-6 Schema tables set up by DL/1 can also be used by a number of other IBM and independent data manipulation and query systems

Console.WriteLine("Creating document with: {0}", s); } #region public void Compress( ) { Console.WriteLine("Executing Compress"); } public void Decompress( ) { Console.WriteLine("Executing Decompress"); } public void LogSavedBytes( ) { Console.WriteLine("Executing LogSavedBytes"); } #endregion //ILoggedCompressible } class Tester { public void Run( ) { Document doc = new Document("Test Document"); ILoggedCompressible myLoggedCompressible = doc as ILoggedCompressible; if (myLoggedCompressible != null) { Console.Write("\nCalling both ICompressible and "); Console.WriteLine("ILoggedCompressible methods..."); myLoggedCompressible.Compress( ); myLoggedCompressible.LogSavedBytes( ); } else { Console.WriteLine("Something went wrong! Not ILoggedCompressible"); } } static void Main( ) { Tester t = new Tester( ); t.Run( ); }

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