Write a script, one step at a time, to generate the DB schema of the movie rental database. Test the partial

results by inspecting the tables in SQLDeveloper. Do not proceed to the next step until you have the previous one

working correctly.

Part I $$ Define the MOVIE rental database.

a$.$ Use the following database schema to create a script that generates and populates the movie rental

database. You must write the script to create the tables for this schema.

b$.$ Requirements

$-$ The movie IDs should be a $16-$char string with the format USA$-2003-$HR$-0001$

Where:

$$ Characters $1-3$: represent the country of the producer: e$.$g$.,$ USA, BRA, CAN, IND, ENG, JAP

$$ Characters $5-8$: represent the year of the movie: e$.$g$.,2003$

$$ Characters $10-11$: represent an identifier of the movie genre: e$.$g$.,$ HR for Horror, CM for Comedy

$$ Characters $13-16,4-$digit sequence

when characters from $1-12$ are the same as a previous entry, the sequence increments by one.

For example, if the mId USA$-2003-$HR$-0001$ already exists, the next movie to be input with the

country: USA, year: $2003,$ and genre: HR should have the mId USA$-2003-$HR$-0002.$

You DON$$T have to generate these mIds automatically, but the data you input manually must

comply with this requirement.

$-$ Customer and director IDs are represented by a $9-$digit code $($as well as producerID$).$

$-$ Please choose a proper max length for first names, last names, and movie titles. Check this movie title as

a reference to pick your max length.

$-$ dob represents the date of birth of the customer or director, rented indicates the date a movie was

rented and returndate indicates when the movie is returned. If the movie has not been returned, the

value of returndate is unknown $($hint: the value should be null$).$

$-$ duration is a fixed $5-$character string with the format HH: MM$,$ e$.$g$.02$:$32,04$:$43.$

$-$ Any date field in the schema should be stored as a date object, not just as character strings.

$-$ The genreid and year $(4-$digit integer$)$ of the movie must be consistent with the corresponding mId.

c$.$ Define the primary keys and foreign keys as indicated in the schema above. It will help if you:

$-$ List the attribute$($s$)$ that make up the primary key $($if any exists$)$ for each of the relations.

$-$ List the attribute$($s$)$ that make up the foreign key$($s$)($if any exist$)$ in each of the relations.

Hint: you will have to create DIRECTOR before MOVIE, and MOVIE and CUSTOMER before RENTAL.

d$.$ Include the following constraints$/$restrictions on your table definitions:

$-$ Emails should include the @ character $($only the @ should be check in the constraint$)$

$-$ No two emails can be equal in the same relation$/$table$.$

$-$ The movie rental store only uses movies released in $1950$ or later.

$-$ num$\_$rentals, times a movie has been rented, does not allow null values, the DEFAULT value when

populating should be $0.$

e$.$ To avoid conflicts during repeated runs of your script, start your script file with DROP TABLE commands for

all four tables $($hint: to prevent foreign key violation errors, put them in reverse order of the creation of the

tables$).$

f$.$ Run your script and look at the columns and constraints of each table to verify that they have been created

correctly before continuing your work.

Part II $$ Populate the database.

$-$ Populate the tables in the proper order to avoid referential errors.

$1)$ populate the customer and director tables with at least three entries each $($make up the data values$)$

$2)$ populate the movie table with at least $4$ movies $($make up the data values; values should meet all

corresponding constraints. Pay attention to the director IDs$)$

$3)$ populate the RENTAL table for at least five movie rentals $($make up the data; the values should meet all

corresponding constraints.$)$

$$ every movie should$$ve been rented at least once.

$$ Every director should be used at least once.

$$ Every customer should have rented at least one movie. Some should have rented at least two.

$$ At least one customer should have a rental yet to be returned.

$4)$ Check your data and verify that all the conditions above have been met.

$5)$ Assume that the movie rental place only has one copy of each movie, so the dates for two rentals of the

same movie should NOT overlap. Do not create constraints for this, just make sure your data meet this

condition.

Note: this definition of the database prevents a customer from renting the same movie more than once.

What would you change to fix this? You don$$t need to answer this question for the assignment!

Part III $$ Displaying the content of your tables.

$-$ Display ALL the content of each table by adding SELECT statements at the very end of your script.

$-$ Add a single COMMIT; statement at the end of your script.

$-$ Run the complete script and save the complete contents of the script output window, including the

displayed data, to a text file. $($Clear the script output window first so that only the output of the last run

of your script is displayed and saved.$)$ Save it as HW$02\_$OUTPUT$\_$YOURNAME