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 toSt
Fruit 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.
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