[2pt] Student B, Task #5: Creating tables for MusicAlbum and Genre

• Create a schema.sql file with tables that will be analogical to the structure of the classes that you created:
  • music_albums table (add all properties and associations from the parent Item class as table columns)
  • genres table

[2pt] Student C, Task #5: Create tables for Author and Game

• Create a schema.sql file with tables that will be analogical to the structure of the classes that you created:
  • games table (add all properties and associations from the parent Item class as table columns)
  • authors table

[2pt] Student D, Task #1: Creating Movie class

• Create Movie class in a separate .rb file.
• All Movie class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods: can_be_archived?() in the Movie class
  • should override the method from the parent class
  • should return true if parent's method returns true OR if silent equals true
  • otherwise, it should return false

• Create a main.rb file that will serve as your console app entry-point.
• Implement startup actions:
  • Present the user with a list of options to perform.
  • Let users choose an option.
  • If needed, ask for parameters for the option.
  • Have a way to quit the app.

• Set-up repository and add the collaborators.
• Create the general structure of the project.

[2pt] Student D, Task #3: Writing unit tests for Movie and Source

• Add unit tests for all implemented methods.
• The following options should be available:
  • List all movies
  • List all sources (e.g. 'From a friend', 'Online shop')
  • Add a movie

[2pt] Student C, Task #1: Creating Game class

• Create a Game class in a separate .rb file.
• All Game class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods:
  • can_be_archived?() in the Game class
  • should override the method from the parent class
  • should return true if parent's method returns true AND if last_played_at is older than 2 years
  • otherwise, it should return false

[2pt] Student C, Task #3: Writing unit tests for Authors and Games

• Add unit tests for all implemented methods.
• The following options should be available:
  • List of games
  • List all authors (e.g. 'Stephen King')
  • Add a game

[2pt] Student B, Task #2: Creating Genre class

• Create Genre class with an association to the Item class (in a separate .rb file).
• All Genre class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods: add_item method in the Genre class
  • should take an instance of the Item class as an input
  • should add the input item to the collection of items
  • should add self as a property of the item object (by using the correct setter from the item object)

• Create Item class in a separate .rb file.
• All Item class properties visible in the diagram should be defined and set up in the constructor method.
• Exception: Properties for the 1-to-many relationships should NOT be set in the constructor method. Instead, they should have a custom setter method created.

[2pt] Student A, Task #4: Preserving Data in .json files

• All data should be preserved by saving collections in Labels.json and Books.json files.

[2pt] Student B, Task #4: Preserving Data in .json files

• All data should be preserved by saving collections in .json files.
  • MusicAlbum.json
  • Genre.json

[2pt] Student A, Task #5: Creating tables for Book and Data

• Create a schema.sql file with tables that will be analogical to the structure of the classes that you created:
  • books table (add all properties and associations from the parent Item class as table columns)
  • labels table

[2pt] Student C, Task #2: Creating Author class

• Create an Author class with an association to the Item class (in a separate .rb file).
• All Author class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods: add_item method in the Author class
  • should take an instance of the Item class as an input
  • should add the input item to the collection of items
  • should add self as a property of the item object (by using the correct setter from the item object)

[2pt] Student B, Task #3: Writing unit tests for MusicAlbum and Genre

• Add unit tests for all implemented methods.
  • The following options should be available:
  • List all music albums
  • List all genres (e.g 'Comedy', 'Thriller')
  • Add a music album

GitHub Project: https://github.com/M-Anwar-Hussaini/Catalog-Of-Things/projects/1

There are three members:

Student A: Anwar Hussaini(@M-Anwar-Hussaini )
Student B: Anthony Vásquez (@lRebornsl )
Student C: Abdelaziz Mahdi (@Abdelaziz-Mahdi )

[2pt] Student D, Task #2: Creating Source class

• Create Source class with an association to the Item class (in a separate .rb file).
• All Source class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods:add_item method in the Source class
  • should take an instance of the Item class as an input
  • should add the input item to the collection of items
  • should add self as a property of the item object (by using the correct setter from the item object)

[2pt] Student D, Task #4: Saving data of Source and Movie to .json file

• All Movie and Source data should be preserved by saving collections in .json files.
  • Movie data
  • Source data

[2pt] Student A, Task #2: Creating Label class

• Create a Label class with an association to the Item class (in a separate .rb file).
• All Label class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods:
  • add_item method in the Label class
  • should take an instance of the Item class as an input
  • should add the input item to the collection of items
  • should add self as a property of the item object (by using the correct setter from the item object)

[2pt] Student D, Task #5: Creating tables for Movie and Source

• Create a schema.sql file with tables that will be analogical to the structure of the classes that you created:
  • movies table (add all properties and associations from the parent Item class as table columns)
  • sources table

Implement methods:

• can_be_archived?() in the Item class
  • should return true if published_date is older than 10 years
    otherwise, it should return false
• move_to_archive() in the Item class
  • should reuse can_be_archived?() method
    -should change the archived property to true if the result of the can_be_archived?() method is true
  • should do nothing if the result of the can_be_archived?() method is false

[2pt] Student B, Task #1: Creating MusicAlbum class

• Create MusicAlbum class in a separate .rb file.
• All MusicAlbum class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods: can_be_archived?() in the MusicAlbum class
  • should override the method from the parent class
  • should return true if parent's method returns true AND if on_spotify equals true
  • otherwise, it should return false

[2pt] Student A, Task #3: Writing unit tests for Book and Label

• Add unit tests for all implemented methods.
• The following options should be available:
  • List all books
  • List all labels (e.g. 'Gift', 'New')
  • Add a book

[2pt] Student C, Task #4: Preseving data of Author and Game to .json files.

• All data should be preserved by saving collections in .json files.
  • Game data
  • Author data

[2pt] Student A, Task #1: Creating Book class

• Create a Book class in a separate .rb file.
• All Book class properties visible in the diagram should be defined and set up in the constructor method.
• Implement methods:
  • can_be_archived?() in the Book class
  • should override the method from the parent class
  • should return true if parent's method returns true OR if cover_state equals to "bad"
  • otherwise, it should return false