Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.14 for a description of the general mechanism behind this. 5.6.3. Adding a Constraint To add a constraint, the table constraint syntax is used

Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.14 for a description of the general mechanism behind this. 5.6.3. Adding a Constraint To add a constraint, the table constraint syntax is used

server. • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.14 for a description of the general mechanism behind this. 5.6.3. Adding a Constraint To add a constraint, the table constraint syntax is used

Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.13 for a description of the general mechanism behind this. 5.5.3. Adding a Constraint To add a constraint, the table constraint syntax is used

Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: 56 SQL Syntax SELECT concat TABLE products DROP COLUMN description CASCADE; See Section 5.13 for a description of the general mechanism behind this. 5.5.3. Adding a Constraint 71 Data Definition To add a constraint, the table constraint

server. • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.14 for a description of the general mechanism behind this. 5.6.3. Adding a Constraint To add a constraint, the table constraint syntax is used

Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: 56 SQL Syntax SELECT concat TABLE products DROP COLUMN description CASCADE; See Section 5.14 for a description of the general mechanism behind this. 5.6.3. Adding a Constraint To add a constraint, the table constraint syntax is used

Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.15 for a description of the general mechanism behind this. 5.7.3. Adding a Constraint To add a constraint, the table constraint syntax is used

server. • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.13 for a description of the general mechanism behind this. 5.5.3. Adding a Constraint To add a constraint, the table constraint syntax is used

Preface • The large-object interface was overhauled. The inversion large objects were the only mechanism for storing large objects. (The inversion file system was removed.) • The instance-level rule system for more information). 4.3.1. Using Positional Notation Positional notation is the traditional mechanism for passing arguments to functions in PostgreSQL. An example is: SELECT concat_lower_or_upper('Hello' TABLE products DROP COLUMN description CASCADE; See Section 5.14 for a description of the general mechanism behind this. 73 Data Definition 5.6.3. Adding a Constraint To add a constraint, the table constraint