Develop a C++ program for managing a task list. The program should allow users to add tasks, mark tasks as completed, view the list of tasks, and exit the program. Follow these guidelines: Begin the program with a welcome message and display the available task management options. Implement functions to perform the specified actions (add a task, mark a task as completed, view tasks) and display the results. Include error handling to manage invalid inputs, such as non-numeric task numbers. Ensure the program can handle multiple actions in a single run. Use multiple-line comments to explain the purpose, input, and output of the program. Employ single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use self-documenting variable names for better readability. Test your program with the sample data below and provide screenshots of the output: Sample Run: Welcome to the Task Manager! 1. Add Task 2. Mark Task as Completed 3. View Tasks 4. Exit Enter your choice: 1 Enter the task description: Complete homework Task added: "Complete homework" Enter your choice: 2 Enter the task number to mark as completed: 1 Task marked as completed: "Complete homework" Enter your choice: 3 Task List: 1. [Completed] Complete homework Enter your choice: 4

Computer Security is one of the fastest-moving fields in the world today. There are generally several incidents each week, including data breaches, large scale attacks, or some advancement in security research (i.e. new tools, techniques, vulnerabilities, or exploits). Select a recent event from your favorite security news source and summarize it. Include your source and an analysis of the event, including a summary of what happened, any new information from the event that changes current security practice, and any larger scale implications from the event. Relate the event to the topics in Chapter 1 of the book, namely the CIA triad, U.S. Compliance Laws (if any), IT domains, security policy, and/or data classification. In addition, relate the event to a biblical example.

Instead of providing a username and password, workers at your organization must now sign in using a fingerprint reader as a security measure. You cut your finger while trying to sign in over the weekend, and as a result, your computer no longer recognizes your fingerprint. So, you can't get into your computer. What's next for you?