A repo that highlights my recent projects, programs, and problems.

This application is about Python books and authors, modeled after the Goodreads website. My application features a homepage and three additional pages: books, authors, and book lists pages, which a user can navigate between. I plan to store the application’s data in a PostgreSQL database and use SQL to interact with it.

For the course, Web Programming with Python and JavaScript, I created a webpage about myself and my interests. It includes a homepage and three links to separate pages on: writing, programming, and lifelong learning. A user can navigate among these pages. Each page includes links, lists, and/or a table. Each page has its own stylesheet.

I used Flask to create a program that takes a product name as input and retrieves the current price and quantity for that product. I retrieved the data from a JSON file. Then, I returned the product name, price, and quantity if the product is found.

I created a program that takes a product name as input and retrieves the current price and quantity for that product. The product data is in a data file in the JSON format. The program prints out the product name, price, and quantity if the product is found. If no product matches the search, state that no product was found and start over.

I used the Open Notify API to find out who's in space right now. I created a program that pulls in this data and displays the information in a tabular format.

I used the OpenWeatherMap API and created a program that prompts the user for a city name and returns the current temperature for the city.

I created a program that prompts a user to enter a todo. I display the todo's and allow the user to update them.

I wrote a program that tracks personal inventory. The program allows the user to enter an item, a serial number, and estimated value. And it prints out the information in a tabular format.

This is an Exercism problem I completed that determines whether or not it is valid per the Luhn formula.

This is an Exercism problem I completed that determines whether a number is an Armstrong number, which is a number that is the sum of its own digits each raised to the power of the number of digits.

This is an Exercism problem I completed where I had to convert a number to a string, the contents of which depend on the number's factors.