INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. 250 Functions and Operators Function/Operator Description Example(s) reverse('abcde') → edcba right

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it to. replace('abcdefabcdef', 'cd', 'XX') → abXXefabXXef reverse ( text ) → text Reverses the order of the characters in the string. reverse('abcde') → edcba right ( string text, n integer ) → text

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it from with substring to replace(’abcdefabcdef’, ’cd’, ’XX’) abXXefabXXef reverse(str) text Return reversed string. reverse(’abcde’)edcba right(str text, n int) text Return last n characters in the

INSERT statements, if the output should depend on the data in the tables. We do not have the time to reverse-engineer your database schema, and if we are supposed to make up our own data we would probably miss any one column definition. Column constraints can also be written as table constraints, while the reverse is not necessarily possible, since a column constraint is supposed to refer to only the column it from with substring to replace(’abcdefabcdef’, ’cd’, ’XX’) abXXefabXXef reverse(str) text Return reversed string. reverse(’abcde’)edcba right(str text, n int) text Return last n characters in the