Projects in Awesome Lists tagged with account

https://github.com/bell-kevin/savingsaccount

This project is very similar in design to the Mouse2 class and Mouse2Driver example in the book. Remember the project in Ch 4 about calculating the value of an account as it grows, which was enhanced in Ch 5 to look better? We’ll do the same work here but using OOP methodology. In this project, the user will specify the starting balance for a savings account, the interest rate, and the number of cycles it will grow at that interest rate. The program will display how much the account is worth at the end of that growth. We need a class that provides the blueprint for this savings account. What kind of variables do we need? The current balance is essential. Since this is a savings account that grows by adding earned interest, we need the value for the interest rate to be able to calculate that earned interest. You might want to know the customer who owns this account – but notice that the customer is the owner, not part of the account. Therefore, the customer info is not part of this account. So the data needed to provide the information about the account and its current state is balance and interest rate. What actions can this account take, what can it do? The first thing needed will be setting the balance and the interest rate, so we need “mutator” or “set” methods for those actions. We need to be able to see the balance, which is an “accessor” or “get” method. Is there any other method required for this class? We could stop here, and “grow” the account in the driver class or main method. But that doesn’t make the best use of OOP design and programming, so we’re going add a method to the class to “grow” the account. Next, consider if the instance variables are public or private – protected or open to the world? If you want methods outside of this class, other programmer’s methods, to be able to change the variable directly, then make it public. Most of the time, you’ll want to protect the variable, make sure it’s changed only by the methods provided in the class. For this account, we certainly want to protect the balance and interest rate, so they need to be private. Add a minus sign or hyphen in front of those two variables in the UML diagram to represent that access. Next consider the data type for each variable – double or integer? The balance is money, and interest rates require decimals, so the variables need to be doubles. The next step is to consider the methods. Are they private or public, available to the world outside of this class? All of them need to be public, because we are going to execute them from the driver class, which is outside of this class. What type of data will each method return? The “get” method will return the current value in the instance variable for balance, so it must return a double, matching data type of that variable. The two “set” methods don’t need to return anything, so their return type is “void”. The growAccount method is going to do work to change the account balance – does it need to return anything? No, its results will be in the balance variable, and we can get that number with the get method. So the growAccount method is also void. Do any of those methods need information passed into them when they are called? Usually the “set” methods need data to change the values in the variables. Here, we need to know the starting balance, the interest rate, and the number of cycles to grow the account, information provided by the user. For this project, we are going to use the driver class to ask the user for all that information. Therefore the driver class needs to pass the data to the methods in this class – the data will be provided to the method inside of its parentheses. The setBalance and setInterestRate methods need doubles passed to them. The growAccount method needs an integer for the number of cycles to grow the account. Begin by creating a new project and name it “Ch6SavingsAccount”. The IDE provides you the main class heading, which is the driver for this project. We’ll code that later; first, we need the class that will be the basis for that driver. In the File menu, click on “New File” – not new project, new FILE. Specify that the File Type is “Java Class”, and name it “Account”. This is the name of the class – the file name must match the name of the class. The IDE has again given you the starting point for this type of file. Now that the class exists, turn your attention to the driver or main code. What needs to happen here? The user needs to provide the starting balance, interest rate, and number of cycles to grow the account. As you have done in previous projects, you’ll ask the user to enter the necessary information. Take a moment to consider the interest rate value. The interest rate must be a double because it is a fraction of one whole unit. If someone says an interest rate is 7%, we don’t use “7” for the calculations – we use 7 / 100. Always make it clear to the user if they are supposed to enter percentage rates (7 for 7%) or the mathematical percentage (0.07 for 7%). It is usually best to have the user type it as if there was a percent symbol following it – 7 for 7% makes a lot more sense to a user than 0.07 for 7%. If the user types in a number like 7, you must do the math in the program to convert that to its decimal equivalent of 0.07 – divide the interest rate by 100. That code is in the class above. Notice that there are variables for balance, interest rate, and cycles in this driver class, which seem like a repetition of the instance variables in the Account class. The variables in the driver class are used to communicate with the user, to get the data to pass to the Account class to create a specific account. As discussed in the book, we could use different names for the variables, like “newBalance” or “inputInterestRate”, and sometimes that is helpful to make it very clear what data is being stored in each variable. But they really are the same data here, so we’ll use the same variable names in the driver class and the Account class. The prefix “this.” in the Account class helps to clarify that the data passed into the method is assigned to the private instance variable in the Account class. Take a screenshot of your program execution that matches the sample session, then run the program 2 more times with different data and take 2 more screenshots. Submission: 3 screenshots, and the root folder for the project Pay careful attention to the rubric for this assignment. Remember the standards that apply to every project. Note that you must use correct formatting in the code -- appropriate indentation is most important. You can use Shift-Alt-F to have NetBeans automatically format the code correctly. If the formatting is incorrect, it will be returned to you for changes with a grade of zero. Note: You need to submit the whole project for these assignments. In File Explorer, go to the location where you created the project. There will be a folder with the name of your project -- that is the root folder of the project. If you submit the root folder of the project, the instructor can run it on a different machine to grade it. If you don't submit the proper folder, it won't run on another machine, and the assignment will be marked with a zero.

account datc davis savings savings-account tech technology

Last synced: 23 Nov 2024

https://github.com/yogawan/stockclash

account clash-of-clans sellers stockclash

Last synced: 15 Nov 2024

https://github.com/toweringcloud/account-kotlin

user sign-up & sign-in api service using springboot, ktor

account ktor restapi signin signup springboot

Last synced: 24 Nov 2024

https://github.com/toweringcloud/account-nodejs

user sign-up & sign-in api service using express, fastify, nestjs

account express fastify nestjs restapi signin signup

Last synced: 24 Nov 2024

https://github.com/toweringcloud/account-python

user sign-up & sign-in api service using flask, fastapi, django

account django fastapi flask restapi signin signup

Last synced: 24 Nov 2024

https://github.com/tn3w/flask_authgenius

An advanced account and authorization system for web apps based on flask.

account authentication flask login python user

Last synced: 21 Nov 2024

https://github.com/gamersi/account-tutorial-mongodb

Tutorial für ein Accountsystem mit mongodb

account accounting accounts accountsystem nodejs tutorial

Last synced: 29 Nov 2024

https://github.com/dasmeta/terraform-aws-account

Terraform module to create AWS account setup

account aws module terraform terraform-module

Last synced: 25 Nov 2024

https://github.com/kevinbenabdelhak/sort-by-last-visit

Sort by Last Visit est un plugin WordPress qui ajoute une colonne "Dernière Visite" dans l'interface de gestion des utilisateurs, permettant de visualiser et de trier facilement les utilisateurs en fonction de leur dernière visite. Optimisez votre gestion d'utilisateurs avec un affichage clair et pratique !

account date sorting visitor woocommerce wordpress

Last synced: 14 Nov 2024

https://github.com/sky-walkersss/minecraft-account-checker

This Python script is designed to control Minecraft user accounts using the Mojang API.

account account-checker brute-force checker combo minecraft minecraft-account minecraft-accounts minecraft-accounts-checker python requests

Last synced: 01 Dec 2024

https://github.com/jinyphp/auth-profile

사용자 Account Profile

account profile user

Last synced: 09 Nov 2024

https://github.com/cgrade/foundry-defi-stablecoin

The Decentralized Stable Coin (DSC) project implements a decentralized stablecoin system that is algorithmically stabilized and pegged to the USD. The system is designed to maintain a 1:1 value with the USD while being overcollateralized with exogenous assets such as WETH and WBTC. This project includes the core smart contracts for the stablecoin,

account account-abstraction foundry openzeppelin-contracts solidity solidity-contracts stablecoin zksync-era

Last synced: 01 Dec 2024

https://github.com/1mum/hwid-spoofer

account apex apex-spoofer csgo disk epic epic-games hwid hwid-spoofer mac-address rust serial spoofer spoofer-apex-legends spoofer-eac spoofer-valorant spoofing steam steam-account windows

Last synced: 19 Dec 2024

https://github.com/mystrosto/minecraft-account-checker

This Python script is designed to control Minecraft user accounts using the Mojang API.

account account-checker brute-force checker combo minecraft minecraft-account minecraft-accounts minecraft-accounts-checker python requests

Last synced: 13 Nov 2024

https://github.com/amr080/xft-dakota

XFT's tokenized bank account platform. Bank with confidence, without the bank.

account api bank banking blockchain crypto dakota fintech stablecoins tokenized us-treasuries xft yield

Last synced: 02 Dec 2024

https://github.com/malezjaa/simple-user-account-validation

Simple user account validation with mongoose

account bcrypt crypto crypto-js mongodb mongoose npm user validation

Last synced: 08 Dec 2024

https://github.com/bell-kevin/ch6savingsaccount

This project is very similar in design to the Mouse2 class and Mouse2Driver example in the book (Introduction to Programming with Java: A Problem Solving Approach, Second Edition by John Dean and Raymond Dean). Remember the project in Ch 4 about calculating the value of an account as it grows, which was enhanced in Ch 5 to look better? We’ll do the same work here but using OOP methodology. In this project, the user will specify the starting balance for a savings account, the interest rate, and the number of cycles it will grow at that interest rate. The program will display how much the account is worth at the end of that growth. We need a class that provides the blueprint for this savings account. What kind of variables do we need? The current balance is essential. Since this is a savings account that grows by adding earned interest, we need the value for the interest rate to be able to calculate that earned interest. You might want to know the customer who owns this account – but notice that the customer is the owner, not part of the account. Therefore, the customer info is not part of this account. So the data needed to provide the information about the account and its current state is balance and interest rate. What actions can this account take, what can it do? The first thing needed will be setting the balance and the interest rate, so we need “mutator” or “set” methods for those actions. We need to be able to see the balance, which is an “accessor” or “get” method. Is there any other method required for this class? We could stop here, and “grow” the account in the driver class or main method. But that doesn’t make the best use of OOP design and programming, so we’re going add a method to the class to “grow” the account. Next, consider if the instance variables are public or private – protected or open to the world? If you want methods outside of this class, other programmer’s methods, to be able to change the variable directly, then make it public. Most of the time, you’ll want to protect the variable, make sure it’s changed only by the methods provided in the class. For this account, we certainly want to protect the balance and interest rate, so they need to be private. Add a minus sign or hyphen in front of those two variables in the UML diagram to represent that access. Next consider the data type for each variable – double or integer? The balance is money, and interest rates require decimals, so the variables need to be doubles. The next step is to consider the methods. Are they private or public, available to the world outside of this class? All of them need to be public, because we are going to execute them from the driver class, which is outside of this class. What type of data will each method return? The “get” method will return the current value in the instance variable for balance, so it must return a double, matching data type of that variable. The two “set” methods don’t need to return anything, so their return type is “void”. The growAccount method is going to do work to change the account balance – does it need to return anything? No, its results will be in the balance variable, and we can get that number with the get method. So the growAccount method is also void. Do any of those methods need information passed into them when they are called? Usually the “set” methods need data to change the values in the variables. Here, we need to know the starting balance, the interest rate, and the number of cycles to grow the account, information provided by the user. For this project, we are going to use the driver class to ask the user for all that information. Therefore the driver class needs to pass the data to the methods in this class – the data will be provided to the method inside of its parentheses. The setBalance and setInterestRate methods need doubles passed to them. The growAccount method needs an integer for the number of cycles to grow the account. Begin by creating a new project and name it “Ch6SavingsAccount”. The IDE provides you the main class heading, which is the driver for this project. We’ll code that later; first, we need the class that will be the basis for that driver. In the File menu, click on “New File” – not new project, new FILE. Specify that the File Type is “Java Class”, and name it “Account”. This is the name of the class – the file name must match the name of the class. The IDE has again given you the starting point for this type of file. Now that the class exists, turn your attention to the driver or main code. What needs to happen here? The user needs to provide the starting balance, interest rate, and number of cycles to grow the account. As you have done in previous projects, you’ll ask the user to enter the necessary information. Take a moment to consider the interest rate value. The interest rate must be a double because it is a fraction of one whole unit. If someone says an interest rate is 7%, we don’t use “7” for the calculations – we use 7 / 100. Always make it clear to the user if they are supposed to enter percentage rates (7 for 7%) or the mathematical percentage (0.07 for 7%). It is usually best to have the user type it as if there was a percent symbol following it – 7 for 7% makes a lot more sense to a user than 0.07 for 7%. If the user types in a number like 7, you must do the math in the program to convert that to its decimal equivalent of 0.07 – divide the interest rate by 100. That code is in the class above. Notice that there are variables for balance, interest rate, and cycles in this driver class, which seem like a repetition of the instance variables in the Account class. The variables in the driver class are used to communicate with the user, to get the data to pass to the Account class to create a specific account. As discussed in the book, we could use different names for the variables, like “newBalance” or “inputInterestRate”, and sometimes that is helpful to make it very clear what data is being stored in each variable. But they really are the same data here, so we’ll use the same variable names in the driver class and the Account class. The prefix “this.” in the Account class helps to clarify that the data passed into the method is assigned to the private instance variable in the Account class.

account datc davis davistech dtc object-oriented-programming oop oop-principles oops-in-java savings savings-account tech technology