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The assignment involves modifying existing C# programs that manipulate arrays of Employee objects. Specifically, students are required to adapt two programs—one handling unsorted arrays and the other handling sorted arrays—to implement various operations such as searching, inserting, deleting, and finding employees with the highest and lowest salaries. The modifications include adding methods for these functionalities, integrating them into a menu-driven interface, and testing with intentionally unsorted input for the sorted array scenario.

Students must also produce a comprehensive report including a cover page, the source code with proper comments, detailed descriptions of input and output for each operation, and screenshots demonstrating successful program execution covering all cases. Additional requirements include final submission according to specified formatting standards, ensuring clarity and readability for evaluation purposes.

Paper For Above instruction

The task presented in this assignment centers on enhancing existing C# programs that manage collections of Employee objects stored within arrays. Specifically, students are tasked with modifying two pre-existing programs—one for unsorted arrays and one for sorted arrays—so that they support a set of core operations essential for employee data management. These operations include searching for an employee by ID, appending or inserting employees into the array, deleting employees with a specific ID, and determining the employees with the highest and lowest salaries. Additionally, students are required to integrate menu options for these functionalities and test their implementations thoroughly.

Handling arrays of Employee objects involves understanding and manipulating object-oriented structures. The Employee class, as provided, includes properties such as name, empID, and salary, along with methods for input and output. Modifications to the programs must include adding new methods to perform the specified operations and integrating these methods into the existing menu-driven interface. For the unsorted array, operations such as searching involve linear scans, whereas for the sorted array, binary search may be employed to enhance efficiency.

One of the critical tasks for the sorted array program is to verify whether the array maintains sorting order when employees are inserted in an unsorted manner. This requires students to test the behavior of the program under various input conditions. Ensuring that the array remains sorted after insertions is vital for the correct operation of search functions, which are optimized through binary search in sorted collections.

In addition to program functionality, the submission must include comprehensive documentation. The cover page should clearly state the student’s name, submission date, and the assignment questions. The source code should be presented with proper comments explaining the logic of key sections, making it easy for evaluators to understand the flow of the program. Descriptions of each input and output operation should specify what data the program expects and what it will display upon execution. Furthermore, screenshots demonstrating the successful execution of all cases are required, providing visual proof of functionality.

Throughout the modification process, attention must be paid to coding standards, including appropriate commenting, consistent indentation, and meaningful variable naming. This ensures that the code is readable and maintainable, increasing the clarity of the implementation details for instructors and future readers.

In conclusion, this assignment provides an excellent opportunity for students to practice array manipulation, object-oriented programming, and user interface design within C#. The skills developed here—such as implementing search algorithms, managing dynamic data collections, and comprehensive documentation—are fundamental to software development and data management systems. Successfully completing this task will demonstrate proficiency in fundamental programming concepts, problem-solving skills, and attention to detail required for professional software engineering.

References

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• Stroustrup, B. (2013). The C++ Programming Language. Addison-Wesley.
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• Simmons, A. (2016). Introduction to Data Structures and Algorithms with C++. CRC Press.
• Yakov Vasilyev. (2017). Object-Oriented Programming in C#. Packt Publishing.