1. Create (the package) as (P1) and another as (P2). 2. Create an Interface (named Human) inside (P1) according to the following: 4. Create a Class (GraduateStudent) inside (P2) according to the following: The Type constant takes the mammal. • The (Student) class inherits all of its variables and functions. • Variables: • (Print) function has no parameters and does not return a value 3. Create a student class inside P1 and apply the Human interface according to the (Avg:) modified. following • (Status:) the status is of type text. It can be used without creating • Variables: an Instance or Object instance. • (Name): the name. And (No :) the number. • Functions: • Marks]: A matrix of 5 numbers representing student marks in • A construct that only initializes local variables. five subjects. • Print) Eunction; do not inherit and print the student's rate and • Eunctions: status. construction reads from the keyboard the student's name, number (PrintAllinfo) Eunction: calls the (Print) function of the father and five marks. and the (Print) local. Another constructor takes the values of local variables and assigns GetáveDfunction: Calculates and returns the average value. You them. throw an exception if the rate is less than 35. Function SetMarks0: reads 5 marks from the keyboard and • Output function: Receives a file name and stores all student data assigns them to the matrix (Marks). This function does not run an in a file. Instance or Object. • Demonstrate the concept of (0verload) through the (Output) Eunction Print0 : It prints all the student's variables and function, so that you do not receive transactions and display all constants data The student is on the screen through a window. • Function GesblaxD: does not inherit and prints the highest student main function: tag. Create an object from the student. Call all its functions. • Create a graduate object. Call all its functions.
1. Create (the package) as (P1) and another as (P2). 2. Create an Interface (named Human) inside (P1) according to the following: 4. Create a Class (GraduateStudent) inside (P2) according to the following: The Type constant takes the mammal. • The (Student) class inherits all of its variables and functions. • Variables: • (Print) function has no parameters and does not return a value 3. Create a student class inside P1 and apply the Human interface according to the (Avg:) modified. following • (Status:) the status is of type text. It can be used without creating • Variables: an Instance or Object instance. • (Name): the name. And (No :) the number. • Functions: • Marks]: A matrix of 5 numbers representing student marks in • A construct that only initializes local variables. five subjects. • Print) Eunction; do not inherit and print the student's rate and • Eunctions: status. construction reads from the keyboard the student's name, number (PrintAllinfo) Eunction: calls the (Print) function of the father and five marks. and the (Print) local. Another constructor takes the values of local variables and assigns GetáveDfunction: Calculates and returns the average value. You them. throw an exception if the rate is less than 35. Function SetMarks0: reads 5 marks from the keyboard and • Output function: Receives a file name and stores all student data assigns them to the matrix (Marks). This function does not run an in a file. Instance or Object. • Demonstrate the concept of (0verload) through the (Output) Eunction Print0 : It prints all the student's variables and function, so that you do not receive transactions and display all constants data The student is on the screen through a window. • Function GesblaxD: does not inherit and prints the highest student main function: tag. Create an object from the student. Call all its functions. • Create a graduate object. Call all its functions.
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
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![1. Create (the package) as (P1) and another as (P2).
4. Create a Class (GraduateStudent) inside (P2) according to the following:
2. Create an Interface (named Human) inside (P1) according to the following:
• The Type constant takes the mammal.
• The (Student) class inherits all of its variables and functions.
(Print) function has no parameters and does not return a value
Variables:
3. Create a student class inside P1 and apply the Human interface according to the
• (Avg:) modified.
following:
(Status:) the status is of type text. It can be used without creating
Variables:
an Instance or Object instance.
(Name): the name. And (No :) the number.
Functions:
[Marks]: A matrix of 5 numbers representing student marks in
A construct that only initializes local variables.
five subjects.
•
(Print) Eunction; do not inherit and print the student's rate and
Eunctions:
status.
• construction reads from the keyboard the student's name, number
(PrintAllInfo) Eunction: calls the (Print) function of the father
and five marks.
and the (Print) local.
• Another constructor takes the values of local variables and assigns
GetAvgOfunction: Calculates and returns the average value. You
them.
throw an exception if the rate is less than 35.
• Output function: Receives a file name and stores all student data
• Function SetMarks): reads 5 marks from the keyboard and
assigns them to the matrix (Marks). This function does not run an
in a file.
Instance or Object.
Demonstrate the concept of (Overload) through the (Output)
Eunction. Print0 : It prints all the student's variables and
function, so that you do not receive transactions and display all
constants
data The student is on the screen through a window.
• Function GetMax0: does not inherit and prints the highest student
main function:
tag.
Create an object from the student. Call all its functions.
• Create a graduate object. Call all its functions.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F29cf9203-5b62-4a90-907b-7372943ebd92%2Fb69b440d-734d-43c3-9475-d3174eb60138%2Fs4niwrs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Create (the package) as (P1) and another as (P2).
4. Create a Class (GraduateStudent) inside (P2) according to the following:
2. Create an Interface (named Human) inside (P1) according to the following:
• The Type constant takes the mammal.
• The (Student) class inherits all of its variables and functions.
(Print) function has no parameters and does not return a value
Variables:
3. Create a student class inside P1 and apply the Human interface according to the
• (Avg:) modified.
following:
(Status:) the status is of type text. It can be used without creating
Variables:
an Instance or Object instance.
(Name): the name. And (No :) the number.
Functions:
[Marks]: A matrix of 5 numbers representing student marks in
A construct that only initializes local variables.
five subjects.
•
(Print) Eunction; do not inherit and print the student's rate and
Eunctions:
status.
• construction reads from the keyboard the student's name, number
(PrintAllInfo) Eunction: calls the (Print) function of the father
and five marks.
and the (Print) local.
• Another constructor takes the values of local variables and assigns
GetAvgOfunction: Calculates and returns the average value. You
them.
throw an exception if the rate is less than 35.
• Output function: Receives a file name and stores all student data
• Function SetMarks): reads 5 marks from the keyboard and
assigns them to the matrix (Marks). This function does not run an
in a file.
Instance or Object.
Demonstrate the concept of (Overload) through the (Output)
Eunction. Print0 : It prints all the student's variables and
function, so that you do not receive transactions and display all
constants
data The student is on the screen through a window.
• Function GetMax0: does not inherit and prints the highest student
main function:
tag.
Create an object from the student. Call all its functions.
• Create a graduate object. Call all its functions.
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