Which is not a feature of a GUI thatmakes learning a program easy forusers?(a) Online help(b) WYSIWYG formatting(c) Dialog boxes

A GUI(a) Uses buttons, menus, and icons(b) Should be easy for a user to ma-nipulate(c) Stands for Graphic Use Interaction(d) Both (a) and (b)(e) All of the above

Question 1What is a GUI?1 pointA user interface that allows people to interact with a computer through commandsA user interface that enables people to manage tasks on a computer using iconsA user interface that runs only on Linux operating systemsA user interface that only runs on mobile devices2.Question 2Which of the following can be components of a GUI? Select all that apply.1 pointStart menuDesktop icons and shortcutsHardwareTask bar3.Question 3Fill in the blank: A security professional uses a(n) _____ to interact with a computer using text-based instructions.1 pointoperating systemGUICLItext system 4.Question 4A useful feature of a CLI is that it records a history file of commands and actions.1 pointTrueFalse

Which of the following is not a tool for promoting interactive learning?Question 12AnswerA.MentimeterB.KahootC.WebExD.Jamborad

TRUE OR FALSE! CAPITAL LETTERS ONLY! (lower case letters will be automatically wrong)SECTION 3 WILL BE RECORDED AS QUIZ 2WindowBuilder significantly boosts developer productivity by offering a visual design interface. Developers can drag and drop UI components onto the canvas, reducing the need for manual coding and allowing for rapid prototyping.*1 pointYour answerSource View offers a graphical interface for designing GUI components, allowing developers to visually arrange components on a canvas using drag-and-drop functionality. It provides real-time feedback on the GUI layout, enabling developers to iterate quickly and experiment with different designs.*1 pointYour answerDesign managers are responsible for determining how components are arranged within a container. Swing and SWT frameworks provide a range of layout managers, such as BorderLayout, GridLayout, and FormLayout, each offering different approaches to component positioning and sizing.*1 pointYour answerWindowBuilder supports single GUI frameworks, including Swing, SWT, and Google Web Toolkit (GWT).*1 pointYour answerGUI frameworks provide developers with the tools and components needed to create visually appealing and interactive user interfaces. *1 pointYour answerOn the KeyEvent entering the character the Key event is generated.*1 pointYour answerJFace framework provides Low-level abstractions for building GUIs, offering components such as viewers, dialogs, and wizards. *1 pointYour answerWindowBuilder doesn't includes a preview mode that allows developers to visualize how the GUI will appear at runtime. This feature enables developers to validate their design decisions and make adjustments as needed before deploying the application.*1 pointYour answerCustomizing JFace components involves configuring viewer labels, content providers, and label providers to display data in desired formats.*1 pointYour answerAs an Eclipse plugin, WindowBuilder seamlessly not integrates with the Eclipse IDE, providing developers with a familiar environment for GUI development. *1 pointYour answerDesign View displays the corresponding code generated by the GUI editor based on the components and layout defined in Design View. It offers a textual representation of the GUI layout, allowing developers to inspect and modify the code directly. Source View provides greater flexibility and control over the GUI design, making it ideal for fine-tuning layouts and handling complex scenarios.*1 pointYour answerWindowBuilder ensures asynchronism between the visual layout and the underlying Java code. *1 pointYour answerCallback Methods are the methods that are provided by API provider and are defined by the application programmer and invoked by the application developer. *1 pointYour answerWindowBuilder provides a What You Wish Is What You Get (WYWIWYG) editor, allowing developers to design GUI components directly on the canvas. This visual approach makes it easy to create and customize UI elements without writing code.*1 pointYour answerWith WindowBuilder, creating complex user interfaces becomes more inaccessible. *1 pointYour answerBackSubmitClear form

Programming AssignmentThis assignment will assess your skills and knowledge to create interactive GUI applications that employ event handling mechanisms.Context: You have been assigned to develop a GUI application for a Student Management System. The application should provide a user-friendly interface for administrators to interact with student records, course enrollment, and grades. The GUI should be implemented using Java's GUI frameworks such as Swing or JavaFX. Event handling mechanisms should be employed to respond to user interactions, and the interface should update dynamically to reflect changes in student records.Requirements:GUI Design:Design an intuitive and user-friendly GUI interface for the Student Management System.Implement the GUI using Java's GUI frameworks such as Swing or JavaFX.Include appropriate components such as labels, text fields, buttons, tables, and menus to display and interact with student records, course enrollment, and grades.Ensure that the GUI is aesthetically pleasing, easy to navigate, and logically organized.Student Management Functionality:Provide functionality to add new students, update student information, and view student details through the GUI interface.Implement event handlers for relevant GUI components, such as buttons or menu items, to perform the corresponding actions.When the "Add Student" button/menu item is clicked, display a form to enter the student's information and add the new student to the system.When the "Update Student" button/menu item is clicked, display a form to select a student and update their information.When the "View Student Details" button/menu item is clicked, display a table or another suitable component to show a list of students and their details.Course Enrollment Functionality:Include functionality to enroll students in courses through the GUI interface.Implement event handlers to respond to actions such as selecting a course and enrolling a student.When a course is selected from a dropdown menu or list, display a list of students eligible for enrollment.Allow administrators to select a student from the list and enroll them in the chosen course.Grade Management Functionality:Incorporate functionality to assign grades to students through the GUI interface.Implement event handlers to respond to actions such as selecting a student, selecting a course, and assigning a grade.When a student is selected from a dropdown menu or list, display a list of courses they are enrolled in and their current grades.Allow administrators to select a course and assign a grade to the selected student.Dynamic Interface Updates:Ensure that the GUI interface updates dynamically to reflect changes in student records, course enrollment, and grades.When a new student is added or information is updated, update the student list or details display accordingly.When a student is enrolled in a course or a grade is assigned, update the corresponding displays to reflect the changes.Error Handling:Implement appropriate error handling mechanisms in the GUI application.Display error messages or dialog boxes when invalid inputs are provided or when operations cannot be completed.Handle exceptions gracefully to ensure the application remains responsive and user-friendly.Documentation:Provide comprehensive documentation for the project, explaining the purpose and usage of each GUI component, event handler, and functionality.Describe the design choices made for the GUI interface and the rationale behind them.Include instructions for running the program and interacting with the GUI interface.