Source Code Survey: Structured Types

Introduction

• Due date: Check the Proactive Programmers Discord server.
• This assignment will be submitted on GitHub following the expectations in the syllabus on Assignment Submission.
• To begin, read this README and the Proactive Programmers' project description for Structured Types
• Modifications to the gatorgrade.yml file are not permitted without explicit instruction.
• This assignment is a Source Code Survey and will be evaluated as described in the Assessment Strategies.
• You can check the structured-data-starter repository for any updates to this project's documentation or source code.

Learning Objectives

This assignment is about exploring structured types. The learning objectives of this assignment are to:

1. Use Git and GitHub to manage source code file changes.
2. Practice using and writing code involving tuples, lists, and higher-order functions.
3. Write clearly about the programming concepts in this assignment.

Seeking Assistance

Please review the course expectations on the syllabus about Seeking Assistance. Students are reminded to uphold the Honor Code. Cloning the assignment repository is a commitment to the latter.

For this assignment, you may use class materials, textbooks, notes, and the internet. However, when asked to write "in your own words", you must use your own words.

Post questions to the Proactive Programmers Discord server or create an issue in your individual copy of the repository describing your question 24 hours before the deadline. Be sure to @-tag emgraber in the issue.

Project Overview

After cloning this repository to your computer, please take the following steps:

• Make sure that you have already installed and know how to use all of the programming tools that are mentioned in the description of the Proactive Skills.
• Follow the instructions on the Proactive Programmers web site for this project to take all of the needed steps and to complete all of the required deliverables.
• Use the cd command to change into the directory for this repository.
• Change into the program source code directory by typing cd source.
• Run both of the provided Python scripts by typing the following:
  • python compute-tuple-intersection.py: demonstrate computation of tuple intersection
  • python perform-apply-to-each.py: demonstrate the use of a higher-order function
• Confirm that the programs are producing the expected output.
• Make sure that you can explain why the programs produce the output that they do.
• If you have already installed the GatorGrade program that runs the automated grading checks provided by GatorGrader you can, from the repository's base directory, run the automated grading checks by typing gatorgrade --config config/gatorgrade.yml.
• You may also review the output from running GatorGrader in GitHub Actions.
• Don't forget to provide all of the required responses to the technical writing prompts in the writing/reflection.md file.
• Please make sure that you completely delete the TODO markers and their labels from all of the provided source code. This means that instead of only deleting the TODO marker from the code you should instead delete the TODO marker and the entire prompt and then add your own comments to demonstrate that you understand all of the source code in this project.
• Please make sure that you also completely delete the TODO markers and their labels from every line of the writing/reflection.md file. This means that you should not simply delete the TODO marker but instead delete the entire prompt so that your reflection is a document that contains polished technical writing that is suitable for publication on your professional web site.