Force Python to forego native sqlite3 and use the installed latest sqlite3 version

Forcing Python to use an installed version of SQLite rather than the native sqlite3 library can be useful in some scenarios, especially if you want to take advantage of the latest features or bug fixes provided by a newer SQLite version. Here's a step-by-step tutorial on how to achieve this:
Step 1: Install the Latest SQLite Version
For example, on Ubuntu, you can install the latest version using apt-get:
Step 2: Create a Virtual Environment (Optional)
It's a good practice to create a virtual environment to isolate your Python environment. This step is optional but recommended for managing dependencies. You can create a virtual environment using the following command:
Activate the virtual environment:
Step 3: Uninstall the Native sqlite3 Module
Python includes a built-in sqlite3 module, which you'll need to uninstall to ensure that Python uses the installed version instead. To uninstall it, use the following command:
Step 4: Install the pysqlite3 Module
To work with the installed SQLite version, you'll need to install the pysqlite3 module, which provides a Python interface to the SQLite library. You can install it using pip:
Step 5: Test the Configuration
Run the script using the Python interpreter from your virtual environment (if you created one):
This script will print the SQLite version being used. If it matches the version you installed earlier, you've successfully configured Python to use the latest SQLite version.
Step 6: Using SQLite in Your Python Application
With the latest SQLite version and the pysqlite3 module installed, you can use SQLite in your Python applications as usual. Simply import sqlite3 in your code and create a connection to your database.
Remember to keep your system and packages updated to benefit from any future SQLite updates or security patches.
That's it! You've successfully forced Python to use the installed latest SQLite version instead of the native sqlite3 library, and you're now ready to