I have made use of a few external libraries to complete this challenge. To install all dependencies on a Linux/UNIX system, execute the following command in the root directory for this project:
pip install -r requirements.txt
N.B. also: this project is written entirely in python3, and there should be a python3 installation on your system in order to execute these files. Unexpected behavior may occur if Python2 is used instead.
To execute this script, run src/password_check [STRING], where [STRING] is potentially a commonly used password. The script will print a message indicating whether the password is one of the list of the 1000 most commonly used passwords according to a list file which is configurable within the script, but defaults to the file supplied in the exercise instructions.
Note: As the requirements document specified that this server should return a result based on a curl to http:// (evidently port 80), this script runs the server in question on port 80. However, in order to open up this port, python will need root access. For this reason, sudo is required to start the server.
To start the server, run sudo src/fizzbuzz.
A curl request in the form of curl http://localhost/fizzbuzz\?begin\=0\&end\=100 will then return a newline-separated fizzbuzz result for the begin/end values specified in the URL.
Note: Before running the weather.py script, you must first set the environment variable OWM_API_KEY to a valid OpenWeatherMap API key. I have provided a key for the purposes of evaluating my solution. On a Linux/UNIX/macOS system, you can set this environment variable using the following command in your shell:
export OWM_API_KEY='d94aa5248e7ecf2be851189a6e3ad9af'
Afterwards, the program may be executed by running src/weather [ZIP], where [ZIP] is a valid 5-digit US ZIP code.