From Kaggle to Snowflake

In a previous blogpost I showed how to load .csv-files into Snowflake. I downloaded these files manually from Kaggle. In this post I show you how to make use of the Kaggle API to remove the manual download part.

Install Kaggle

I have used Kaggle in a Anaconda environment. Therefore I have a separate environment in which I installed Kaggle.

Kaggle API key

First we have to create a Kaggle API key which is necessary to connect to Kaggle. If you have a Kaggle account, you can create new API Token from you account settings (https://www.kaggle.com/<user_name>/account).

Standard implementation

Clicking the button above generates a kaggle.json-file. This file needs to be stored in a folder called .kaggle in your home directory. The kaggle.json-file has the following structure:

In the Python-script you can use the OS environment variables directly to authenticate, like presented below:

Customised example

For this example, I was curious whether I could include the kaggle.json content to the Credentials-file I used in my previous example.

Authentication in this customised example goes hand in hand with the authentication to Snowflake. The same Credentials-file is referenced for both Snowflake as well as Kagggle:

Download from Kaggle

Next step is downloading files from Kaggle. For this we reference the Kaggle API, specifically; the dataset_download_files() method

Unzip records

Data from Kaggle is downloaded in .zip-format. You can unzip the files from within the Kaggle API; ‘unzip=True’.

An alternative is to unzip the files via the statement below:


The remainder of is similar to the previous post; From .csv to Snowflake.

  • Reading .csv Data
  • Creating Snowflake objects
  • Loading Data into Snowflake

Find the code for this blogpost on Github.

Thanks for reading and till next time.

Daan Bakboord – DaAnalytics

Bekijk ook:

Plotting F1 Circuit Locations into a map on Streamlit using Folium

Plotting F1 Circuit Locations into a map on Streamlit using Folium

In my last blogpost I showed how to plot F1 Circuit Locations into a map using Folium. This was a very static way to plot the F1 Circuit Locations either for the World, Europe or France. These options were hardcoded in the notebook and showed after each other.

Next step would be to make the solution more interactive, using Streamlit. The idea is to switch between the World, a possible Continent and a possible Country.

Lees verder »