Write a class named Rabbit to model a rabbit. The UML diagram for the class is shown below. Rabbit -name: String The name of this rabbit. -weight: double The weight of this rabbit. +Rabbit(name: String, weight: double) Constructs a Rabbit with a specified name and weight Retums the name of this rabbit. +getName(): String Retums the weight of this rabbit. +getWeight(): double Set the name of this rabbit. +setName(name: String): void Sets the weight of this rabbit. +setWeight(weight: double): void Write a client program to test the Rabbit class. In the client program, create two Rabbit objects with the name hl, the weight 5.6, and the name h2, the weight 3.4, respectively. Set the weight of the first rabbit wi 7.8, and display the name, weight of the two rabbits and the sum of the rabbits' weight. Input Example: Output Example: the first rabbit's name: hl the first rabbit's weight: 5.6 the second rabbit's name: h2 the second rabbit's weight: 3. 4 sum of the two rabbits' weight: 9.0

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Write a class named Rabbit to model a rabbit. The UML diagram for the class is shown below.
Rabbit
-name: String
The name of this rabbit.
-weight: double
The weight of this rabbit.
+Rabbit(name: String, weight: double)
Constructs a Rabbit with a specified name and weight
Returns the name of this rabbit.
+getName(): String
Returns the weight of this rabbit.
+getWeight(): double
Set the name of this rabbit.
+setName(name: String): void
Sets the weight of this rabbit.
+setWeight(weight: double): void
Write a client program to test the Rabbit class. In the client program, create two Rabbit objects with the name hl, the weight 5.6, and the name h2, the weight 3.4, respectively. Set the weight of the first rabbit with
7.8, and display the name, weight of the two rabbits and the sum of the rabbits' weight.
Input Example:
Output Example:
the first rabbit's name: hl
the first rabbit's weight: 5. 6
the second rabbit's name: h2
the second rabbit's weight: 3. 4
sum of the two rabbits' weight: 9.0
the first rabbit's name: hl
Transcribed Image Text:Write a class named Rabbit to model a rabbit. The UML diagram for the class is shown below. Rabbit -name: String The name of this rabbit. -weight: double The weight of this rabbit. +Rabbit(name: String, weight: double) Constructs a Rabbit with a specified name and weight Returns the name of this rabbit. +getName(): String Returns the weight of this rabbit. +getWeight(): double Set the name of this rabbit. +setName(name: String): void Sets the weight of this rabbit. +setWeight(weight: double): void Write a client program to test the Rabbit class. In the client program, create two Rabbit objects with the name hl, the weight 5.6, and the name h2, the weight 3.4, respectively. Set the weight of the first rabbit with 7.8, and display the name, weight of the two rabbits and the sum of the rabbits' weight. Input Example: Output Example: the first rabbit's name: hl the first rabbit's weight: 5. 6 the second rabbit's name: h2 the second rabbit's weight: 3. 4 sum of the two rabbits' weight: 9.0 the first rabbit's name: hl
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