In this tutorial, we will consider how to enable both Python 2 and Python 3 for use on CentOS 8. In earlier distributions of CentOS, an unversioned Python command was available by default.
When the CentOS installation was complete, it was possible to drop into a Python shell by simply running the “python” command in a terminal.
Paradoxically, CentOS 8 does not have an unversioned Python command by default. This begs the question, why? RedHat states that this choice is by design “to avoid locking users into a specific version of Python.” Currently, RedHat 8 utilizes Python 3.6 implicitly by default, although Python 2.7 is additionally provided to maintain existing software.
In this tutorial, we are going to take a look at how to get started with TensorFlow on CentOS. We will be covering two methods. First, we will take a look at installing TensorFlow in a Python virtual environment via the Python package manager pip. After that, we will walk through installing TensorFlow via the Anaconda package manager. Finally, we will cover building a TensorFlow pip package from source.
In this tutorial, we are going to cover how to set up a Python virtual environment on CentOS. A Python virtual environment makes it possible to install Python packages into a discreet Python ecosystem that is entirely separate from your system’s default Python framework. This means that you do not have to worry about overwriting the installation of any current packages that might be defaulted to the existing version of Python on your system.
We here at Liquid Web know how important good solid information can be. We also know that we have some of the most intelligent customers on the planet. With this in mind, we opt to try and ensure that you are kept up to date on the latest tech and information. It is with this in mind we continue to offer the latest knowledge available regarding ways to improve your service, upgrade your ability to work with your server(s), and enhance your overall effectiveness in growing your business.
This article outlines the process of configuring a server for Python 3 web applications with Apache 2.4 using mod_wsgi.
What is mod_wsgi?
Mod_wsgi is an Apache module that allows Python web applications to function on a server. This module provides a web framework for Flask, Django, and other Python based frameworks to operate within a production environment on a server.
Flask is a micro web framework for Python that allows unlimited possibilities to the structure and format for building powerful web applications. This article demonstrates how to get started with Flask using Python 3.7 inside of a virtual environment.