The Software Development Company requests you add user error exception handling capabilities to the C# program. For this week’s assignment, on the Week Three Individual Assignment, “Branching in C#,” by  storing each  software developer’s information in a . The C# data structure object record must include the type of employee as W2 1099 using the following requirements: Using Visual Studio® and C# programming concepts, a program to meet the specifications of the company’s request. The program should have the following characteristics: for assignments in this course: Collect all data and store it as the user enters it. When all the data is collected, display the data and any calculated data on the console. Data displayed on the console must be correctly labelled so that the user will be able to understand what it means. After all data has been displayed, the program will prompt the user to press ENTER to continue, and will allow the program to finish (and the console to close), only after the user has pressed the key to dismiss the program. Purchase the answer to view it

Title: Enhancing Error Exception Handling in a C# Program

In the software development industry, it is crucial to ensure that programs are robust and can handle various types of errors. One way to achieve this is by implementing user error exception handling capabilities. This assignment aims to enhance a C# program by adding this feature. Specifically, we will focus on storing software developer information in a C# data structure object, adhering to the W2 1099 employee requirements.

Program Specifications:
To meet the requirements of the Software Development Company, we need to develop a C# program using Visual Studio® and fundamental programming concepts. The program should exhibit the following characteristics:

1. Collect Data in Real-time:
When running the program, it should allow the user to input all relevant data. As the user enters the data, it should be promptly stored for later use. This real-time data collection ensures that no information is lost and provides an efficient way to manage user inputs.

2. Display Data and Calculations:
Once all the necessary data is collected, the program should display it on the console. To ensure clarity, each field of data should be correctly labeled. This step is vital to make sure that users can easily understand the displayed data and any computed values.

3. Error Exception Handling:
Developing a robust program requires addressing potential errors that users may encounter. By implementing user error exception handling capabilities, we can anticipate and handle these errors gracefully. This feature will enhance the overall reliability and user experience of the application.

4. User Prompt and Program Finalization:
After displaying all the data and calculations, the program should prompt the user to press the Enter key. This step allows the user to review the results and ensures that the program does not close prematurely. Only after the user has pressed Enter will the program finish, and the console will close simultaneously.

Implementing Error Exception Handling in C#:
To add error exception handling capabilities to the C# program, we can utilize try-catch blocks. The try block consists of code that may potentially generate an exception, while the catch block handles the exception if it occurs. By strategically placing these blocks around critical code sections, we can effectively detect and handle errors.

Enhancing the C# program to include user error exception handling capabilities is crucial for software reliability. This assignment provides an opportunity to implement this feature and ensure that the program meets the requirements of the Software Development Company. By storing software developer information in a C# data structure object and incorporating error exception handling, we can create a robust and user-friendly application.

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