This will need JavaFX and scenebuilder as a program Rubrics User story and task/

Question

This will need JavaFX and scenebuilder as a program

Rubrics

User story and task/s

View (container, control, fx:id, controller, event handler(method)

Model (constructor/s, instance variables, accessor and mutator methods)

Controller (Business logic, @FXML, functionality to interact with database or file system)

MainApp (that launches the application)

Proper naming for class, method, and variables

Model View Controller (MVC) is a popular software development architecture that isolates the application logic from the user interface layer and supports separation of roles among the application components. The model directly interacts with database/file and responsible for managing the data. On the other hand, the view is responsible for providing an interface to the user, which allows it to accept user input and/or presents data to the user. As the name indicates, the controller is responsible for managing interaction between the view and the model.

As part of your final exam, a list of requirement is given below:

1. Post new job for job seekers

Use the above requirement to implement using the MVC architecture. First, create one or more user stories from the selected requirements. Based on the user story, create a set of task/s to implement. The task you choose should be big enough to contain a view, a model, and a controller. In your implementation, a model should contain at least one class non-default constructor, instance variables, and all the getter and setter methods. A view (most probably an fxml file) should contain the hierarchy of container/s and controls (assume all the imports and the fxml headers are included). You should map the controller class inside your container tag (for instance, fx:controller= ”application.Maincontroller”). In addition, each control should have an fx:id, and a method name if it triggers some action (for instance, onAction="#handleButton"). Create a controller class which should contain the functionality to interact with the database. The following are some of the constructors and methods for FXMLLoader class.

User story and task/s

View (container, control, fx:id, controller, event handler(method)

Model (constructor/s, instance variables, accessor and mutator methods)

Controller (Business logic, @FXML, functionality to interact with database or file system)

MainApp (that launches the application)

Proper naming for class, method, and variables

onstructors Constructor and Description EXMIL Loader Creates a new FXMLLoader instance. ader (Charset charset) Creates a new FXMLLoader instance. EXML Loader (URL location) Creates a new FX LLoader instance. EXMI,Loader (URL location, ResourceBundle resources) Creates a new FXMLLoader instance. EXMILLoader (URL location, ResourceBundle resources BuilderFactory builderFactory) Creates a new FXMLLoader instance. FXML Loader (URL location, ResourceBundle resources BuilderFactory builder Factory Call-back Class ,Object controller Factory) Creates a new FXMLLoader instance. ExMI oader (URL location, ResourceBundle resources Builder Factory builder Factory, Callback class? ,object controller Factory Charset charset) Creates a new FXMLLoader instance. FxML Loader (URL location Resource Bundle resources, Builder Factory builder Factory Callback class object controller Factory, Charset charset LinkedList

Explanation / Answer

MVC is a software architecture - the structure of the system - that separates domain/application/business (whatever you prefer) logic from the rest of the user interface. It does this by separating the application into three parts: the model, the view, and the controller.

The model manages fundamental behaviors and data of the application. It can respond to requests for information, respond to instructions to change the state of its information, and even to notify observers in event-driven systems when information changes. This could be a database, or any number of data structures or storage systems. In short, it is the data and data-management of the application.

The view effectively provides the user interface element of the application. It'll render data from the model into a form that is suitable for the user interface.

The controller receives user input and makes calls to model objects and the view to perform appropriate actions.

All in all, these three components work together to create the three basic components of MVC.

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