1. Lending Shop Manager Final Presentation DatabaseOldI3oy *,,, *,,,

2. Contents Solution for requirement ER Diagram Demonstration Q & A Regularization

3. Solution for Requirement User (, ) Manager

4. - 1 - 1 MEMBER( id, passwd, name, mem_num1, mem_num2, e_mail, phone, zipcode, address, point) MEMBER( id, passwd, name, mem_num1, mem_num2, e_mail, phone, zipcode, address, point) MEMBER( id, passwd, name, mem_num1, mem_num2, e_mail, phone, zipcode, address, point, comic_no, title, genre, plot, enter_date…. ) LENT( lent_no, comic_no, mem_id, lent_date, return_date, back) LENT( lent_no, comic_no, mem_id, lent_date, return_date, back)

5. - 2 - 2 COMIC( comic_no, title, genre, plot, enter_date, lent_count, price, day, image) COMIC( comic_no, title, genre, plot, enter_date, lent_count, price, day, image) RESERVE( comic_no, mem_id, reserve_time) COMIC( comic_no, reserve_user_id, title, genre, plot, enter_date, lent_count, price, day, image, reserve_time).

6. - 3 - 3 COMIC( comic_no, title, genre, plot, enter_date, lent_count, price, day, image) COMIC( comic_no, title, genre, plot, enter_date, lent_count, price, day, image) PRICE( day, price) COMIC( comic_no, title, genre, plot, enter_date, lent_count, day, image)

7. – – LENT, PRICE, COMIC. COMIC( comic_no, title, genre, plot, enter_date, lent_count, price, image) LENT( lent_no, comic_no, mem_id, lent_date, return_date, arrear_pay, back) LENT( lent_no, comic_no, mem_id, lent_date, return_date, arrear_pay, back)

8. ER Diagram

9. Demonstration