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All the banks operating in the Philippines are controlled by BSP. BSP has set a well defined guideline (e.g. minimum interest rate, minimum balance allowed, maximum withdrawal limit etc) which all banks must follow. For example, suppose BSP has set minimum interest rate applicable to a saving bank account to be 4% annually, however, banks are free to use 4% interest rate or to set any rates above it. Write a JAVA program to implement bank functionality in the above scenario and demonstrate the dynamic polymorphism concept. Note: Create few classes namely Customer, Account, BSP (Base Class) and few derived classes (LBP, DBP, PNB etc). Assume and implement required member variables and functions in each class. Hint: Class Customer { i/Personal Details... // Few functions... } Class Account { il Account Detail... // Few functions... } Class BSP { Customer c; //hasA relationship Account a: //hasA relationship Public double GetinterestRate() {} Public double GetWithdrawal Limit() {} } Class LBP: public BSP

All the banks operating in the Philippines are controlled by BSP. BSP has set a well defined guideline (e.g. minimum interest rate, minimum balance allowed, maximum withdrawal limit etc) which all banks must follow. For example, suppose BSP has set minimum interest rate applicable to a saving bank account to be 4% annually, however, banks are free to use 4% interest rate or to set any rates above it. Write a JAVA program to implement bank functionality in the above scenario and demonstrate the dynamic polymorphism concept. Note: Create few classes namely Customer, Account, BSP (Base Class) and few derived classes (LBP, DBP, PNB etc). Assume and implement required member variables and functions in each class. Hint: Class Customer { i/Personal Details... // Few functions... } Class Account { il Account Detail... // Few functions... } Class BSP { Customer c; //hasA relationship Account a: //hasA relationship Public double GetinterestRate() {} Public double GetWithdrawal Limit() {} } Class LBP: public BSP

Computer Networking: A Top-Down Approach (7th Edition)
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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Java OOP: Polymorph

All the banks operating in the Philippines are controlled by BSP. BSP has set a well defined guideline (e.g. minimum interest rate, minimum balance allowed, maximum withdrawal limit etc) which all banks must follow. For example, suppose BSP has set minimum interest rate applicable to a saving bank account to be 4% annually, however, banks are free to use 4% interest rate or to set any rates above it. Write a JAVA program to implement bank functionality in the above scenario and demonstrate the dynamic polymorphism concept. Note: Create few classes namely Customer, Account, BSP (Base Class) and few derived classes (LBP, DBP, PNB etc). Assume and implement required member variables and functions in each class. Hint: Class Customer { //Personal Details... // Few functions... } Class Account { Il Account Detail... // Few functions... } Class BSP { Customer c; //hasA relationship Account a; //hasA relationship Public double GetinterestRate() {} Public double GetWithdrawal Limit() {} } Class LBP: public BSP {
Transcribed Image Text:All the banks operating in the Philippines are controlled by BSP. BSP has set a well defined guideline (e.g. minimum interest rate, minimum balance allowed, maximum withdrawal limit etc) which all banks must follow. For example, suppose BSP has set minimum interest rate applicable to a saving bank account to be 4% annually, however, banks are free to use 4% interest rate or to set any rates above it. Write a JAVA program to implement bank functionality in the above scenario and demonstrate the dynamic polymorphism concept. Note: Create few classes namely Customer, Account, BSP (Base Class) and few derived classes (LBP, DBP, PNB etc). Assume and implement required member variables and functions in each class. Hint: Class Customer { //Personal Details... // Few functions... } Class Account { Il Account Detail... // Few functions... } Class BSP { Customer c; //hasA relationship Account a; //hasA relationship Public double GetinterestRate() {} Public double GetWithdrawal Limit() {} } Class LBP: public BSP {
//Use BSP functionality or define own functionality. } Class DBP: public BSP { //Use BSP functionality or define own functionality. }
Transcribed Image Text://Use BSP functionality or define own functionality. } Class DBP: public BSP { //Use BSP functionality or define own functionality. }
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