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In the following application are given directory paths of where the client-side system is storing data files based on a music application product. I analyzed the data, build its entities and form the basic link between them. The analytics team is particularly interested in understanding what songs users are listening to

idelfonsog2/pslq-data-modeling

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Sparkify DB

A startup called Sparkify wants to analyze the data they've been collecting on songs and user activity on their new music streaming app. The analytics team is particularly interested in understanding what songs users are listening to. Currently, they don't have an easy way to query their data, which resides in a directory of JSON logs on user activity on the app, as well as a directory with JSON metadata on the songs in their app.

Run

  1. run python create_tables.py
  2. run python etl.py

The What

The create_tables.py contains SQL queries that 'CREATE', 'INSERT', '"SEARCH & FETCH"' for the data to be analyze

The python notebooks on the directory where use as a playground to test, build, and vizualize the proper data and functions for the etl.py process

About

In the following application are given directory paths of where the client-side system is storing data files based on a music application product. I analyzed the data, build its entities and form the basic link between them. The analytics team is particularly interested in understanding what songs users are listening to

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