Study the books.sql script provided in the ch17 examples folder's sql subfolder. Save the script as addressbook.sql and modify it to create a single table named contacts. The table should contain an auto-incremented id column and text columns for a person's first name, last name and phone number. make a Python script demonstrating: 1. insert contacts into the database, 2. query the database to list all the contacts and contacts with specific last name, 3. update a contact and 4. delete a contact. books.sql code: import panda as pd import sqlite3 connection = sqlite3.connect('books.db') pd.options.display.max_columns = 10 pd.read_sql("SELECT * FROM  authors",connection)  df = pd.read_sql( "SELECT * FROM  authors",connection) DROP TABLE IF EXISTS author_ISBN; DROP TABLE IF EXISTS titles; DROP TABLE IF EXISTS authors; CREATE TABLE authors (     id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,     first TEXT NOT NULL,     last TEXT NOT NULL ); CREATE TABLE titles (     isbn TEXT NOT NULL,     title TEXT NOT NULL,     edition INTEGER NOT NULL,     copyright TEXT NOT NULL,     PRIMARY KEY (isbn) ); CREATE TABLE author_ISBN (     id INTEGER NOT NULL,     isbn TEXT NOT NULL,     PRIMARY KEY (id, isbn),     FOREIGN KEY (id) REFERENCES authors(id) ON DELETE CASCADE,      FOREIGN KEY (isbn) REFERENCES titles (isbn) ON DELETE CASCADE ); PRAGMA foreign_keys = ON; INSERT INTO authors (first, last) VALUES      ('Paul','Deitel'),      ('Harvey','Deitel'),     ('Abbey','Deitel'),      ('Dan','Quirk'),     ('Alexander', 'Wald'); INSERT INTO titles (isbn,title,edition,copyright) VALUES     ('0135404673','Intro to Python for CS and DS',1,'2020'),     ('0132151006','Internet & WWW How to Program',5,'2012'),     ('0134743350','Java How to Program',11,'2018'),     ('0133976890','C How to Program',8,'2016'),      ('0133406954','Visual Basic 2012 How to Program',6,'2014'),     ('0134601548','Visual C# How to Program',6,'2017'),     ('0136151574','Visual C++ How to Program',2,'2008'),     ('0134448235','C++ How to Program',10,'2017'),     ('0134444302','Android How to Program',3,'2017'),     ('0134289366','Android 6 for Programmers',3,'2016'); INSERT INTO author_ISBN (id,isbn) VALUES     (1,'0134289366'),     (2,'0134289366'),     (5,'0134289366'),     (1,'0135404673'),     (2,'0135404673'),     (1,'0132151006'),     (2,'0132151006'),     (3,'0132151006'),     (1,'0134743350'),     (2,'0134743350'),     (1,'0133976890'),     (2,'0133976890'),     (1,'0133406954'),     (2,'0133406954'),     (3,'0133406954'),     (1,'0134601548'),     (2,'0134601548'),     (1,'0136151574'),     (2,'0136151574'),     (4,'0136151574'),     (1,'0134448235'),     (2,'0134448235'),     (1,'0134444302'),     (2,'0134444302'

7.3 (Contacts Database) Study the books.sql script provided in the ch17 examples folder's sql subfolder. Save the script as addressbook.sql and modify it to create a single table named contacts. The table should contain an auto-incremented id column and text columns for a person's first name, last name and phone number. make a Python script demonstrating: 1. insert contacts into the database, 2. query the database to list all the contacts and contacts with specific last name, 3. update a contact and 4. delete a contact.

books.sql code:

import panda as pd
import sqlite3
connection = sqlite3.connect('books.db')
pd.options.display.max_columns = 10
pd.read_sql("SELECT * FROM  authors",connection)
 df = pd.read_sql( "SELECT * FROM  authors",connection)


DROP TABLE IF EXISTS author_ISBN;
DROP TABLE IF EXISTS titles;
DROP TABLE IF EXISTS authors;

CREATE TABLE authors (
    id INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
    first TEXT NOT NULL,
    last TEXT NOT NULL
);

CREATE TABLE titles (
    isbn TEXT NOT NULL,
    title TEXT NOT NULL,
    edition INTEGER NOT NULL,
    copyright TEXT NOT NULL,
    PRIMARY KEY (isbn)
);

CREATE TABLE author_ISBN (
    id INTEGER NOT NULL,
    isbn TEXT NOT NULL,
    PRIMARY KEY (id, isbn),
    FOREIGN KEY (id) REFERENCES authors(id) ON DELETE CASCADE, 
    FOREIGN KEY (isbn) REFERENCES titles (isbn) ON DELETE CASCADE
);

PRAGMA foreign_keys = ON;

INSERT INTO authors (first, last)
VALUES 
    ('Paul','Deitel'), 
    ('Harvey','Deitel'),
    ('Abbey','Deitel'), 
    ('Dan','Quirk'),
    ('Alexander', 'Wald');

INSERT INTO titles (isbn,title,edition,copyright)
VALUES
    ('0135404673','Intro to Python for CS and DS',1,'2020'),
    ('0132151006','Internet & WWW How to Program',5,'2012'),
    ('0134743350','Java How to Program',11,'2018'),
    ('0133976890','C How to Program',8,'2016'), 
    ('0133406954','Visual Basic 2012 How to Program',6,'2014'),
    ('0134601548','Visual C# How to Program',6,'2017'),
    ('0136151574','Visual C++ How to Program',2,'2008'),
    ('0134448235','C++ How to Program',10,'2017'),
    ('0134444302','Android How to Program',3,'2017'),
    ('0134289366','Android 6 for Programmers',3,'2016');

INSERT INTO author_ISBN (id,isbn)
VALUES
    (1,'0134289366'),
    (2,'0134289366'),
    (5,'0134289366'),
    (1,'0135404673'),
    (2,'0135404673'),
    (1,'0132151006'),
    (2,'0132151006'),
    (3,'0132151006'),
    (1,'0134743350'),
    (2,'0134743350'),
    (1,'0133976890'),
    (2,'0133976890'),
    (1,'0133406954'),
    (2,'0133406954'),
    (3,'0133406954'),
    (1,'0134601548'),
    (2,'0134601548'),
    (1,'0136151574'),
    (2,'0136151574'),
    (4,'0136151574'),
    (1,'0134448235'),
    (2,'0134448235'),
    (1,'0134444302'),
    (2,'0134444302'