I’m working on a programming question and need the explanation and answer to help me learn. Submit your .py file. I will test your program with my copy of the module6data.txt file. Be sure to follow the submission guidelines and programming assignment guidelines. General requirements Use meaningful variable names. Single letter variable names are forbidden except as counters in loops. Use blank lines to separate major parts of a program or function. Use spaces around all operators. For example, write x = y + 5, NOT x=y+5 Use named constants, not magic numbers. Organize your python program file. Your file should have, in this order a full header comment, as specified in the guidelines any named constants used by the program, the definition of the main() function, all functions other than main(), the call to main()at the very bottom of the file. Python has many useful and powerful language features, built-in modules, and built-in functions that easily let a programmer perform a variety of tasks. However, because this is an introductory course, you are not permitted to use any Python construct, built-in module, or third-party library that is not explicitly covered in the textbook and lecture slides. You are also not permitted to use anything that has not yet been covered in the slides or textbook readings, even if we cover it in the next chapter. Using a built-in function or functionality to solve a problem by having Python do the work for you does not show that you have mastered the concepts behind it, and hence does not fulfill the assignment. If it has not been covered, you can assume that it is off limits. Using any version of format() other that the built-in function covered in class is not allowed. Using break, pass, or continue is not allowed in any of your code for this class. Using these statements damages the readability of your code. Readability is a quality necessary for easy code maintenance. Using of any of these will lead to an immediate deduction of points. If you are unsure if you are allowed to use something, please consult with the professor.
Programming assignments often come with specific guidelines and best practices to ensure that code is well-structured, readable, and follows the principles of good programming. In this essay, we will explore the essential requirements and recommendations for a programming assignment, emphasizing the importance of adhering to coding standards and guidelines. Additionally, we will discuss the limitations imposed on using certain Python constructs and functions, focusing on the need to demonstrate a deep understanding of the underlying concepts.
Guidelines for Programming Assignments
To start, it is crucial to use meaningful variable names when working on a programming assignment. Clear and descriptive variable names enhance code readability, making it easier for both the programmer and others to understand the code’s purpose and functionality (Jones, 2018). For instance, instead of using single-letter variables, which are forbidden except as loop counters, opt for descriptive names like “counter” or “index.” Code organization is essential. Python programs should be well-structured and organized to improve maintainability. This includes using blank lines to separate major parts of the program or functions, which helps in visually segmenting code and enhancing readability (Lutz, 2013). Properly organized code also includes a full header comment at the beginning of the file, named constants when appropriate, and a clear distinction between the main() function and other functions. To variable naming and code organization, spacing around operators is essential for readability. It is advised to use spaces around all operators, as recommended in PEP 8, Python’s style guide (van Rossum & Warsaw, 2001). For example, write “x = y + 5,” not “x=y+5,” to ensure consistency and conformity with coding standards.
Limitations on Python Constructs and Functions
While Python offers numerous built-in modules and functions for various tasks, programming assignments often impose limitations on their usage. In this context, it is important to note that, in an introductory course, students are generally not permitted to use any Python construct, module, or third-party library that is not explicitly covered in the textbook and lecture slides. One key reason behind these limitations is to assess the student’s mastery of fundamental programming concepts. Relying on built-in functions or modules to solve a problem can bypass the opportunity to demonstrate a deep understanding of the underlying principles (Downey, 2015). Therefore, students are encouraged to implement solutions manually rather than relying on Python’s built-in capabilities. Additionally, students are often restricted from using any Python feature that has not yet been covered in the course materials, even if it is introduced in subsequent chapters. This limitation ensures that students focus on the concepts and techniques already taught in the class, preventing them from prematurely using unfamiliar constructs.
In conclusion, adhering to programming assignment guidelines and best practices is essential for producing well-structured, readable, and maintainable code. Meaningful variable names, code organization, and proper spacing are key components of code quality. Moreover, students should be mindful of the limitations imposed on using certain Python constructs and functions, as these restrictions are designed to assess their understanding of fundamental programming concepts. By following these guidelines and demonstrating a mastery of the course materials, students can excel in their programming assignments and build a strong foundation in programming.
Jones, T. (2018). Clean Code: A Handbook of Agile Software Craftsmanship. Prentice Hall.
Lutz, M. (2013). Learning Python. O’Reilly Media.
van Rossum, G., & Warsaw, B. (2001). PEP 8 — Style Guide for Python Code. Python.org. https://www.python.org/dev/peps/pep-0008/
Downey, A. B. (2015). Think Python: How to Think Like a Computer Scientist. Green Tea Press.
Frequently Asked Questions (FAQs)
What are the key guidelines for programming assignments?
Use meaningful variable names.
Avoid single-letter variable names except for loop counters.
Utilize blank lines to separate major parts of your program.
Use spaces around all operators for readability.
Employ named constants instead of magic numbers.
Organize your Python program file with a header comment, named constants, main() function, and other functions.
Why is it important to use meaningful variable names?
Meaningful variable names improve code readability and understanding. They convey the purpose of a variable, making it easier for you and others to comprehend the code. Descriptive names reduce the risk of errors and enhance maintainability.
What is the significance of code organization in programming assignments?
Proper code organization enhances code maintainability. It includes using blank lines to separate code sections, following a clear file structure with a header comment, and distinguishing between the main() function and other functions. Organized code is easier to navigate and update .
Why are restrictions imposed on using certain Python constructs and functions in programming assignments?
Restrictions encourage students to demonstrate a deep understanding of fundamental programming concepts. Relying on built-in functions or modules might bypass the opportunity to showcase your grasp of underlying principles. These limitations ensure that students focus on the concepts covered in the course.
What should I do if I’m unsure whether I can use a particular Python feature in my assignment?
If you have doubts about using a specific Python feature, it is advisable to consult with your professor or instructor. They can provide guidance on whether the feature is permitted within the assignment’s constraints.