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ueries are the heart of SQL, and many people use SQL as a database query tool. The next five chapters describe SQL queries in depth. 5 describes the basic SQL structures that you use to form SQL statements. 6 discusses simple queries that draw data from a single table of data. 7 expands the discussion to multitable queries. Queries that summarize data are described in 8. Finally, 9 explains the SQL subquery capability that is used to handle complex queries.

I Heterogeneous systems The DBMS should support data stored on different systems, with different architectures and performance levels, including PCs, workstations, LAN servers, minicomputers, and mainframes..

CHAPTER 5 SQL Basics CHAPTER 6 Simple Queries CHAPTER 7 Multitable Queries (Joins) CHAPTER 8 Summary Queries CHAPTER 9 Subqueries and Query Expressions

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I Network transparency Except for differences in performance, the DBMS should work the same way over different networks, from high-speed LANs to low-speed telephone links I Distributed queries The user should be able to join data from any of the tables in the (distributed) database, even if the tables are located on different physical systems I Distributed updates The user should be able to update data in any table for which the user has the necessary privileges, whether that table is on the local system or on a remote system I Distributed transactions The DBMS should support distributed transactions (using COMMIT and ROLLBACK) across system boundaries, maintaining the integrity of the (distributed) database even in the face of network failures and failures of individual systems I Security The DBMS must provide a security scheme adequate to protect the entire (distributed) database from unauthorized forms of access I Universal access.

his chapter begins a detailed description of the features of SQL. It describes the basic structure of a SQL statement and the basic elements of the language, such as keywords, data types, and expressions. How SQL handles missing data through NULL values is also described. Although these are basic features of SQL, they have some subtle differences in the way they are implemented by various popular SQL products, and in many cases, the SQL products provide significant extensions to the capabilities specified in the ANSI/ISO SQL standard. These differences and extensions are also described in this chapter.

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The main body of SQL consists of about 40 statements. The most important and frequently used statements are summarized in Table 5-1. (Note that not all SQL implementations support all these statements.) Each statement requests a specific action from the DBMS, such as creating a new table, retrieving data, or inserting new data into the database. All SQL statements have the same basic form, illustrated in Figure 5-1. Every SQL statement begins with a verb, a keyword that describes what the statement does. CREATE, INSERT, DELETE, and COMMIT are typical verbs. The statement continues with one or more clauses. A clause may specify the data to be acted on by the statement or provide more detail about what the statement is supposed to do. Every clause also begins with a keyword, such as WHERE, FROM, INTO, and HAVING. Some clauses are optional; others are required. The specific structure and content vary from one clause to another. Many clauses contain table or column names; some may contain additional keywords, constants, or expressions. The ANSI/ISO SQL standard specifies a set of reserved keywords and nonreserved keywords that are used within SQL statements. According to the standard, reserved keywords cannot be used as the exact name of database objects, such as tables, columns, and users. Many SQL implementations relax this restriction, but it s generally a good idea

The DBMS should provide universal, uniform access to all of the organization s data No current distributed DBMS product even comes close to meeting this ideal, and it s unlikely that any product ever will In practice, formidable obstacles make it difficult to provide even simple forms of distributed database management These obstacles include: I Performance In a centralized database, the path from the DBMS to the data has an access speed of a few milliseconds and a data transfer rate of millions of characters per second Even on a fast local area network, access speeds lengthen to hundredths or tenths of a second, and transfer rates can fall to 100,000 characters per second or less On a modem link, data access may take seconds or minutes, and a few thousand characters per second may be the maximum effective throughput.

Part II:

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