Problem: Course information System Super Class : Student Attributes : Studentid, StudentName, Address, Level Methods Set the student details using constructor Display the Student details Sub class : Course Attributes : Coures1, Course2, Credit1, Credit 2, Mark1, Mark2 Methods Set the course details using constructor Calculate the total number of credits Calculate the total number of marks Display the course details Driver Class: Display the student details and course details. The following information are required for the assignment Properties with proper data types Methods with proper return types and scope Demonstration of OOP feature- (Inheritance) Demonstration of user defined package Proper naming convention Proper comments in each program and within program Purpose of each code should be explained. Program Execution (output) Presentation (Word Document)

Problem: Course information System Super Class : Student Attributes : Studentid, StudentName, Address, Level Methods Set the student details using constructor Display the Student details Sub class : Course Attributes : Coures1, Course2, Credit1, Credit 2, Mark1, Mark2 Methods Set the course details using constructor Calculate the total number of credits Calculate the total number of marks Display the course details Driver Class: Display the student details and course details. The following information are required for the assignment Properties with proper data types Methods with proper return types and scope Demonstration of OOP feature- (Inheritance) Demonstration of user defined package Proper naming convention Proper comments in each program and within program Purpose of each code should be explained. Program Execution (output) Presentation (Word Document)

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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In order to do a range of tasks, both code and forms employ the ACTION and METHOD attributes.
The ACTION and METHOD attributes are used in both forms and code to perform certain actions.
class Widget: """A class representing a simple Widget === Instance Attributes (the attributes of this class and their types) === name: the name of this Widget (str) cost: the cost of this Widget (int); cost >= 0 === Sample Usage (to help you understand how this class would be used) === >>> my_widget = Widget('Puzzle', 15) >>> my_widget.name 'Puzzle' >>> my_widget.cost 15 >>> my_widget.is_cheap() False >>> your_widget = Widget("Rubik's Cube", 6) >>> your_widget.name "Rubik's Cube" >>> your_widget.cost 6 >>> your_widget.is_cheap() True """ # Add your methods here if __name__ == '__main__': import doctest # Uncomment the line below if you prefer to test your examples with doctest # doctest.testmod()
In order to do a range of tasks, both code and forms employ the ACTION and METHOD attributes.
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The attributes field of objects is a place where data may be saved. The class is solely responsible for its own properties.
CIST 1305 UNIT 10 DROP BOX ASSIGNMENT Create the class diagram and write the pseudocode for a class named Computer that holds the make, model, and amount of memory of a computer. Include methods to set the values for each data field, and include a method that displays all the values for each field.
The ACTION and METHOD attributes are used by both code and forms to perform a wide range of tasks.
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