type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed 7.2.1. The FROM Clause The FROM Clause derives a table from one or more other tables given in a comma-separated table refer- ence list. FROM table_reference [, table_reference [, ...]] A table reference

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed 7.2.1. The FROM Clause The FROM Clause derives a table from one or more other tables given in a comma-separated table reference list. FROM table_reference [, table_reference [, ...]] A table reference

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed 7.2.1. The FROM Clause The FROM Clause derives a table from one or more other tables given in a comma-separated table refer- ence list. FROM table_reference [, table_reference [, ...]] A table reference

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed 7.2.1. The FROM Clause The FROM Clause derives a table from one or more other tables given in a comma-separated table refer- ence list. FROM table_reference [, table_reference [, ...]] A table reference

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed 7.2.1. The FROM Clause The FROM Clause derives a table from one or more other tables given in a comma-separated table refer- ence list. FROM table_reference [, table_reference [, ...]] A table reference

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed 7.2.1. The FROM Clause The FROM Clause derives a table from one or more other tables given in a comma-separated table refer- ence list. FROM table_reference [, table_reference [, ...]] A table reference

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed SELECT, UPDATE and DELETE — support the ONLY keyword. You can also write the table name with a trailing * to explicitly specify that descendant tables are included: SELECT name, altitude FROM cities*

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed SELECT, UPDATE and DELETE — support the ONLY keyword. You can also write the table name with a trailing * to explicitly specify that descendant tables are included: SELECT name, altitude FROM cities*

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed SELECT, UPDATE and DELETE — support the ONLY keyword. You can also write the table name with a trailing * to explicitly specify that descendant tables are included: SELECT name, altitude FROM cities*

type names are usually also identifiers, but there are some exceptions. Note that the column list is comma-separated and surrounded by parentheses. Of course, the previous example was heavily contrived. Normally new syntax. It is not attached to a particular column, instead it appears as a separate item in the comma-separated column list. Column definitions and these constraint definitions can be listed in mixed SELECT, UPDATE and DELETE — support the ONLY keyword. You can also write the table name with a trailing * to explicitly specify that descendant tables are included: SELECT name, altitude FROM cities*