the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. 1. As an explanation for why this works: PostgreSQL user names are separate Definition • Bulk deletes may be accomplished by simply removing one of the partitions, if that requirement is planned into the partitioning design. DROP TABLE is far faster than a bulk DELETE, to say ’Cheese’, DEFAULT); INSERT INTO products DEFAULT VALUES; 70 Chapter 6. Data Manipulation Tip: To do “bulk loads”, that is, inserting a lot of data, take a look at the COPY command. It is not as flexible as

the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. 1. As an explanation for why this works: PostgreSQL user names are separate Definition • Bulk deletes may be accomplished by simply removing one of the partitions, if that requirement is planned into the partitioning design. DROP TABLE is far faster than a bulk DELETE, to say ’Cheese’, DEFAULT); INSERT INTO products DEFAULT VALUES; 70 Chapter 6. Data Manipulation Tip: To do “bulk loads”, that is, inserting a lot of data, take a look at the COPY command. It is not as flexible as

the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like PgAccess or an office whole table. • Bulk loads and deletes may be accomplished by adding or removing partitions, if that requirement is planned into the partitioning design. ALTER TABLE is far faster than a bulk operation. It It also entirely avoids the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and slower storage media. The benefits will normally be worthwhile only when a table

the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like PgAccess or an office whole table. • Bulk loads and deletes may be accomplished by adding or removing partitions, if that requirement is planned into the partitioning design. ALTER TABLE is far faster than a bulk operation. It It also entirely avoids the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and slower storage media. The benefits will normally be worthwhile only when a table

the PostgreSQL interactive terminal program, called psql, which allows you to interac- tively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like pgAdmin or an office whole table. • Bulk loads and deletes can be accomplished by adding or removing partitions, if that requirement is planned into the partitioning design. ALTER TABLE is far faster than a bulk operation. It It also entirely avoids the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and slower storage media. The benefits will normally be worthwhile only when a table

the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like pgAdmin or an office whole table. • Bulk loads and deletes can be accomplished by adding or removing partitions, if that requirement is planned into the partitioning design. ALTER TABLE is far faster than a bulk operation. It It also entirely avoids the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and slower storage media. The benefits will normally be worthwhile only when a table

the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like pgAdmin or an office whole table. • Bulk loads and deletes can be accomplished by adding or removing partitions, if that requirement is planned into the partitioning design. ALTER TABLE is far faster than a bulk operation. It It also entirely avoids the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and slower storage media. The benefits will normally be worthwhile only when a table

the PostgreSQL interactive terminal program, called psql, which allows you to interac- tively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like pgAdmin or an office whole table. • Bulk loads and deletes can be accomplished by adding or removing partitions, if that requirement is planned into the partitioning design. ALTER TABLE is far faster than a bulk operation. It It also entirely avoids the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and slower storage media. The benefits will normally be worthwhile only when a table

the PostgreSQL interactive terminal program, called psql, which allows you to interactively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like pgAdmin or an office that partition instead of using an index and random access reads scattered across the whole table. • Bulk loads and deletes can be accomplished by adding or removing partitions, if that requirement is planned TABLE NO INHERIT and DROP TABLE are both far faster than a bulk operation. These commands also entirely avoid the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and

the PostgreSQL interactive terminal program, called psql, which allows you to interac- tively enter, edit, and execute SQL commands. • Using an existing graphical frontend tool like pgAdmin or an office that partition instead of using an index and random access reads scattered across the whole table. • Bulk loads and deletes can be accomplished by adding or removing partitions, if that requirement is planned TABLE NO INHERIT and DROP TABLE are both far faster than a bulk operation. These commands also entirely avoid the VACUUM overhead caused by a bulk DELETE. • Seldom-used data can be migrated to cheaper and