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Information Owner of the table (not included in USER_TABLES) Name of the table Name of the tablespace containing the table; NULL for partitioned, temporary, and index-organized tables Name of the cluster, if any, to which the table belongs Name of the index-organized table, if any, to which the overflow or mapping table entry belongs Indicates whether table is valid (VALID) or not (UNUSABLE) Minimum percentage of free space in a block; NULL for partitioned tables Minimum percentage of used space in a block; NULL for partitioned tables Initial number of transactions; NULL for partitioned tables Maximum number of transactions; NULL for partitioned tables Size of the initial extent in bytes; NULL for partitioned tables Size of secondary extents in bytes; NULL for partitioned tables Minimum number of extents allowed in the segment; NULL for partitioned tables Maximum number of extents allowed in the segment; NULL for partitioned tables Number of rows in the table (NULL until statistics are updated) Number of used data blocks in the table (NULL until statistics are updated) Number of blocks in the table that were never used (NULL until statistics are updated) Average amount of free space, in bytes, in a data block allocated to the table Indicates whether the table is partitioned (YES) or not (NO) Indicates whether the table is temporary (Y) or not (N)

Part IV:

Note that an application plan is optimized for the database structure as it exists at the time the plan is placed in the database by the BIND program. If the structure changes later (for example, if an index is dropped or a column is deleted from a table), any application plan that references the changed structures may become invalid. To handle this situation, the DBMS usually stores, along with the application plan, a copy of the original SQL statements that produced it. The DBMS also keeps track of all the database objects upon which each application plan depends. If any of these objects are modified by a DDL statement, the DBMS can find the plans that depend on it and automatically marks those plans as invalid. The

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for which the current user has been granted at least one of the access privileges. The DBA_ TABLES view includes a row for every table in the entire database. The DBA views (that is, all the views with names that start with DBA_ ), are normally accessible only by users who have high privilege levels in the database, such as a DBA. The USER_TABLES view contains one row for each table owned by the current user. All three views contain the same columns, except that the OWNER column is not included in USER_TABLES. Here are typical queries against these Oracle system catalog views: List the names and owners of all tables to which the current user has access.

next time the program tries to use the plan, the DBMS can detect the situation, and in most cases, it will automatically rebind the statements to produce a new bind image. Because the DBMS has maintained a great deal of information about the application plan, it can make this automatic rebinding completely transparent to the application program. However, a SQL statement may take much longer to execute when its plan is rebound than when the plan is simply executed. Although the DBMS can automatically rebind a plan when one of the structures upon which it depends is changed, the DBMS will usually not automatically detect changes in the database that may make a better plan possible. For example, suppose a plan uses a sequential scan of a table to locate particular rows because no appropriate index existed when it was bound. It s possible that a subsequent CREATE INDEX statement will create an appropriate index. To take advantage of the new structure, you must explicitly run the BIND program to rebind the plan.

- 212 -

SELECT TABLE_NAME, OWNER FROM ALL_TABLES;

The simplest SQL statements to embed in a program are those that are self-contained and do not produce any query results. For example, consider this interactive SQL statement: Delete all salespeople with sales under $150,000.

SELECT TABLE_NAME, OWNER FROM DBA_TABLES;

Figures 17-4, 17-5, and 17-6 show three programs that perform the same task as this interactive SQL statement, using embedded SQL. The program in Figure 17-4 is written in C, the program in Figure 17-5 is written in COBOL, and the program in Figure 17-6 is written in FORTRAN. Although the programs are extremely simple, they illustrate the most basic features of embedded SQL: I The embedded SQL statements appear in the midst of host programming language statements. It usually doesn t matter whether the SQL statement is written in uppercase or lowercase; the most common practice is to follow the style of the host language. I Every embedded SQL statement begins with an introducer that flags it as a SQL statement. The IBM SQL products use the introducer EXEC SQL for most host languages, and the ANSI/ISO SQL2 standard specifies it as well. Some embedded SQL products still support other introducers, for backward compatibility with their earlier versions.

SELECT TABLE_NAME FROM USER_TABLES;

17:

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