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You can drop both private and public synonyms with the DROP SYNONYM command, but there is one important difference. If you are dropping a public synonym, you need to add the keyword PUBLIC after the keyword DROP. Here s an example of dropping a private synonym: SQL> DROP SYNONYM addresses; Synonym dropped. SQL>

T(G)

The DBA_SYNONYMS view provides information on all synonyms in your database. Synonyms are based on underlying base tables, and you can find out the names of the base objects by issuing a query such as the following: SQL> SELECT TABLE_NAME, SYNONYM_NAME FROM dba_synonyms WHERE OWNER = 'SALAPATI';

If you have to constantly use tables owned by a different schema and there aren t any synonyms on the table, you may be forced to use the schema qualifier in front of every table name. For example, you might need to use scott.emp to refer to the emp table owned by the user scott. To avoid this, you can simply use the ALTER SESSION SET SCHEMA statement, as shown here: SQL> CONNECT samalapati/sammyy1 SQL> ALTER SESSION SET CURRENT_SCHEMA = scott; SQL> SELECT * FROM emp; The use of the ALTER SESSION statement here doesn t confer any automatic object privileges. In order to query the emp table without any schema qualifier, as shown in the preceding example, the user must have SELECT privileges on the emp table.

where T = {S0, S1}

Oracle uses a sequence generator to automatically generate a unique sequence of numbers that users can use in their operations. Sequences are commonly used to create a unique number to generate a unique primary key for a column. We ll look at using an Oracle sequence to generate employee numbers during a data insert.

If users were to use programmatically created sequence numbers instead, Oracle would have to constantly lock and unlock records holding the maximum value of those sequences to ensure an orderly incrementing of the sequence. This locking would result in users waiting for the next value in the sequence to be issued to their transactions. Oracle s automatic generation of sequences increases database concurrency.

You have several options to choose from to create a sequence. We will use a plain vanilla sequence that starts at 10,000 and is incremented by 1 each time. The sequence is never recycled or reused, because we want distinct sequence numbers for each employee.

If G produces the same final system state as F for any arbitrary initial system state, then G is the unbounded equipotent, or simply the equipotent of F. While complementary algorithms are designed to work in conjunction with each other, equipotent algorithms are designed to actually produce the same results, and therefore represent a duplication of logic. A couple of properties are particularly important. Equipotency is commutative, so if G is the equipotent of F, then F is also the equipotent of G. Equipotency is also reflexive: An algorithm F is always equipotent to itself, so if you duplicate an algorithm verbatim, the two copies are equipotent.

There are two pseudo-columns called currval and nextval that you can use to query sequence values. The currval pseudo-column provides you with the current value of the sequence, and the nextval pseudo-column gets you the new or next sequence number.

First, create a sequence as shown in the following example. This is usually the way you use a sequence to generate a unique primary key for a column. SQL> CREATE SEQUENCE employee_seq START WITH 10000 INCREMENT BY 1 NOMAXVALUE