Python Programs Repository

Welcome to my Python repository! This collection showcases my problem-solving skills through various Python programs. Each script addresses specific challenges and provides solutions that demonstrate my proficiency in algorithmic problem-solving and coding.

Skills Demonstrated

1. Test-driven Development: Follow test-driven development approach for several programs in this repository to ensure the reliability of the code.
2. Algorithm Design: Designing efficient algorithms to solve complex problems.
3. Error Handling: Implementing effective error handling practices.
4. API Integration: Leverage external APIs to fetch and process data.
5. Data Manipulation: Handling and manipulating various data structures, including lists, dictionaries, and strings.
6. User input validation and simulation scenarios.

Contents

File name	Description
api_pokemon_data_collection.py	Retrieves and saves data from the Pokémon API, showcasing skills in working with APIs and data manipulation.
class_allocation_calculator.py	Calculates optimal class allocation for studens, adhering to constraints incl. max class size, even distribution, and minimizing personnel.
date_calculator.py	Program for adding days to an inputted date, or comparing the difference in days between two inputted dates.
graduation_photo_arrangement.py	Determines if a graduation photo follows guidelines for arranging students based on hat colors and heights, illustrating problem-solving skills
tests_graduation_photo_arrangement.py	Unit tests for graduation_photo_arrangement.py, showcasing testing skills.
longest_palindromic_substring.py	Generate and prints all possible substrings from the given input string.
minimum_waiting_time_calculation.py	Calculate the minimum total waiting time for patients based on their appointment durations. Focussed on sorting and cumulative sum computation.
tests_minimum_waiting_time_calculation.py	Unit tests for functions in minimum_waiting_time_calculation.py.
most_common_letters.py	Return the three most common letters from a given sentence, handling exceptions for cases where these letters are not found.
tests_most_common_letters.py	Unit tests for functions in most_common_letters.py.
number_unit_composition.py	Take a user-entered number between 1-25, formats it into word representations of its digits, and prints the result.
simple_shop_simulation.py	Simulates a shopping experience, testing functions for validating customer input, checking budget constraints, and limiting attempts.
test_simple_shop_simulation.py	Unit tests for the functions in simple_shop_simulation.py.
two_dice_probability.py	Simulates rolling two dice 100 times; prompts user interaction, and calculates the probability of a user-specified sum.

Feel free to explore, learn, and contribute! Your feedback and suggestions are always welcome.