IndEx1_STU_NUM.py

"""
Provide Python code to create either a SQLite database or a MySQL database and insert sample data.
Your solution may make use of any appropriate Python package e.g. sqlite3, mysql-connector, sqlalchemy.
The structure of the database must be as follows:

Database name: rain

Table names: user, forecast, city

Columns for user table: user_id (INTEGER PRIMARY KEY), username (TEXT NOT NULL), email (TEXT NOT NULL)

Columns for city table: city_id (INTEGER PRIMARY KEY), city (TEXT NOT NULL)

Columns for forecast table: forecast_id (INTEGER PRIMARY KEY), city_id (INTEGER, Foreign Key), user_id (INTEGER, Foreign Key), forecast_datetime (TEXT NOT NULL), forecast (text not null), comment (TEXT)

Note: SQLite does not have a datetime data type, use TEXT and enter dates as YYYY-MM-DD HH:MM:SS

Insert the following records into each table:
    [user: user_id, username, email]
        1, weatherman, jo@bloggs.com
        2, itrains, itrains@alot.co.uk
        3, sunny, sunny_grl@sunshine.co.uk
    [city: city_id, city]
        1, London
        2, Manchester
        3, Birmingham
        4, Edinburgh
        5, Belfast
        6, Cardiff
    [forecast: forecast_id, city_id, user_id, forecast_datetime, forecast, comment]
        1, 2, 2, 2020-01-27 09:00:00, 'Moderate rain', 'It is really likely to rain today, sorry folks'
        2, 6, 1, 2020-01-27 09:00:00, 'Heavy rain', 'Don't leave home without full waterproofs today!'
        3, 1, 3, 2020-01-27 09:00:00, 'No rain', 'No umbrella required.'

"""