class: First create a Fruit class that contains code common to all of the fruits. 1. Fruit class has two data fields called color and seed. 2. A private data field called season. 3. Three constants named SUMMER, WINTER, and AUTUMN to denote the season. 4. The accessor and mutator methods for all three data fields. Apple class: Apple class is a subclass of Fruit. 1. Write a class called Apple which extends the Fruit class. 2. Apples are produced in Winter season. 3. Declare a data field called varieties. There are three varieties: a. Cider b. Cooking c. Dessert
Class of class incorrect distinguishing would be deva.
ruit class:
First create a Fruit class that contains code common to all of the fruits.
1. Fruit class has two data fields called color and seed.
2. A private data field called season. 3. Three constants named SUMMER, WINTER, and AUTUMN to denote the season.
4. The accessor and mutator methods for all three data fields.
Apple class:
Apple class is a subclass of Fruit. 1. Write a class called Apple which extends the Fruit class.
2. Apples are produced in Winter season.
3. Declare a data field called varieties. There are three varieties:
a. Cider
b. Cooking
c. Dessert
4. A method named toString () that returns a string description for the Apple. Mango class:
Mango class is a subclass of Fruit. 1. Write a class called Mango which extends the Fruit class.
2. Mangoes are produced in Summer season.
3. Declare a data field called propagation. There are two ways:
a. grafting
b. budding
4. A method named toString () that returns a string description for the Mango. UML Diagram:
Draw a UML diagram including all the classes and showing all the attributes and relations properly.
Test class:
1. Implement a test class to create an array of size 10 which can store both Fruit objects.
2. Take parameters for the objects and invoke their toString () methods..
Step by step
Solved in 4 steps with 5 images
