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8) Create or add the last source file called Database.cpp. In this file, you are required to compile or integrate the listed fields by creating the structure to embody the Account entity. The fields are accno, acname, type, intrate, balance and they respectively represent the account number, account name, account type, the interest rate and account balance. After the structure has been declared with its fields, do the following tasks in the main function. (a) Create an array account of size 7 to store accounts. Then initialize the array with 7 account's sample data-records shown below. (b) Do a sample display just like the display shown below of 7 records. (c) After the display, write a block comment for a small search system where the search will be conducted the id number. (d) Following the comment, display a prompt and read an account number. Then, using the while-loop, test if the account number is positive. If so, enter the loop body for action. Quit otherwise. (e) In the while loop, search the account matching the account number among the array records available. Use another loop, perhaps for-loop, for this operation. Display the account matching the account number. Into the searched account, make a deposit by reading an amount from the keyboard and update the existing balance. (f) After the deposit is completed, display the account record again by entering the same account number. Check to confirm the deposit made. (g) Repeat searching the system by account number and depositing amount, until a negative account number is entered that will end the search and leave the system or exit the while loop.

8) Create or add the last source file called Database.cpp. In this file, you are required to compile or integrate the listed fields by creating the structure to embody the Account entity. The fields are accno, acname, type, intrate, balance and they respectively represent the account number, account name, account type, the interest rate and account balance. After the structure has been declared with its fields, do the following tasks in the main function. (a) Create an array account of size 7 to store accounts. Then initialize the array with 7 account's sample data-records shown below. (b) Do a sample display just like the display shown below of 7 records. (c) After the display, write a block comment for a small search system where the search will be conducted the id number. (d) Following the comment, display a prompt and read an account number. Then, using the while-loop, test if the account number is positive. If so, enter the loop body for action. Quit otherwise. (e) In the while loop, search the account matching the account number among the array records available. Use another loop, perhaps for-loop, for this operation. Display the account matching the account number. Into the searched account, make a deposit by reading an amount from the keyboard and update the existing balance. (f) After the deposit is completed, display the account record again by entering the same account number. Check to confirm the deposit made. (g) Repeat searching the system by account number and depositing amount, until a negative account number is entered that will end the search and leave the system or exit the while loop.

Database System Concepts
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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(8) Create or add the last source file called Database.cpp. In this file, you are required to compile or integrate the listed fields by creating the structure to embody the Account entity. The fields are accno, acname, type, intrate, balance and they respectively represent the account number, account name, account type, the interest rate and account balance. After the structure has been declared with its fields, do the following tasks in the main function. (a) Create an array account of size 7 to store accounts. Then initialize the array with 7 account's sample data-records shown below. (b) Do a sample display just like the display shown below of 7 records. (c) After the display, write a block comment for a small search system where the search will be conducted the id number. (d) Following the comment, display a prompt and read an account number. Then, using the while-loop, test if the account number is positive. If so, enter the loop body for action. Quit otherwise. (e) In the while loop, search the account matching the account number among the array records available. Use another loop, perhaps for-loop, for this operation. Display the account matching the account number. Into the searched account, make a deposit by reading an amount from the keyboard and update the existing balance. (f) After the deposit is completed, display the account record again by entering the same account number. Check to confirm the deposit made. (g) Repeat searching the system by account number and depositing amount, until a negative account number is entered that will end the search and leave the system or exit the while loop. Sample Data: 0.035 2663.64 102.56 2102.34 5690.69 4630.75 520.88 1759.32 20045 Josiah Savings 72345 Murphy Savings 0.035 72346 Ted 71345 Karen 82345 Amos 82347 Paul Cheque 0.022 Savings 0.03 IBD 0.015 Student 0.035 97778 Lucy Premium 0.025 Press any key to continue.
Transcribed Image Text:(8) Create or add the last source file called Database.cpp. In this file, you are required to compile or integrate the listed fields by creating the structure to embody the Account entity. The fields are accno, acname, type, intrate, balance and they respectively represent the account number, account name, account type, the interest rate and account balance. After the structure has been declared with its fields, do the following tasks in the main function. (a) Create an array account of size 7 to store accounts. Then initialize the array with 7 account's sample data-records shown below. (b) Do a sample display just like the display shown below of 7 records. (c) After the display, write a block comment for a small search system where the search will be conducted the id number. (d) Following the comment, display a prompt and read an account number. Then, using the while-loop, test if the account number is positive. If so, enter the loop body for action. Quit otherwise. (e) In the while loop, search the account matching the account number among the array records available. Use another loop, perhaps for-loop, for this operation. Display the account matching the account number. Into the searched account, make a deposit by reading an amount from the keyboard and update the existing balance. (f) After the deposit is completed, display the account record again by entering the same account number. Check to confirm the deposit made. (g) Repeat searching the system by account number and depositing amount, until a negative account number is entered that will end the search and leave the system or exit the while loop. Sample Data: 0.035 2663.64 102.56 2102.34 5690.69 4630.75 520.88 1759.32 20045 Josiah Savings 72345 Murphy Savings 0.035 72346 Ted 71345 Karen 82345 Amos 82347 Paul Cheque 0.022 Savings 0.03 IBD 0.015 Student 0.035 97778 Lucy Premium 0.025 Press any key to continue.
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