Python is permeating just about every industry you can think of. Many of the baseline AI models sweeping the industry by storm use Python frameworks and tooling. What is the reason for this phenomenon? I have been asking this question for the past few years. I have assembled a litany of reasons for this.

1. Python has become the most taught introductory programming language for universities according to the ACM. This shift happened roughly around 2015 when it overtook Java. Prior to that, Java replaced C++ as the dominant introductory language. As a developer for several years I can understand why this happened. Java is an amazing language, but it is difficult to jump right in to without a very large object oriented understanding. With Python you can follow simple examples to get your first program running right away.

2. Python has gained a reputation as being synonymous with machine learning (ML). ML has been one of the hot areas in computer science for the past few years.

3. Python is easy to get installed and running across platforms. With the addition of pip for package management, it allows anyone to get started at a basic level even with examples including dependencies. I have spent a lot of time using the node package manager (npm) and docker hub as well. I do not like the package managers for anything serious, but they are great for examples. How can you verify software supply chain integrity by just blindly installing dependencies? However, package managers simplify dependency updates greatly.

4. Getting started with Python does not require object oriented concepts to get something running. It does a great job allowing developers to approach those concepts as they advance.

5. Python is not statically typed, meaning variable types are not strictly enforced. I can see how this would be easier for people, but in my experience static variable typing is one of the most important foundations of testing and building large code bases. Non static enforcement allows slick polymorphism that can save lines of code. Polymorphism is an object oriented programming concept where an object can behave like several things without explicitly being them. However too much polymorphism in my experience tends to create code bases that cannot be tested and grown in reliable ways.

The major problem I have with Python is the syntax requiring indentation and non explicit line/expression endings. In many programming languages you close a statement with a semicolon. Indentation does not matter and is something you do to help make code more readable. In Python, indentation is used specifically to direct code execution flow. Not having the right indentation can cause compiler errors in Python. Despite this annoyance, I have been lucky to deploy successful applications with Python. I most recently used Python to create an orchestration back end incorporating RabbitMQ.

I recently spent a bit of time becoming familiar with the Boox Max 2 tablet with Eink display. I worked on an application for an auto manufacturer that could search patents using an app targeted for mobile. The Boox Max 2 runs Android, but is slightly modified to accommodate the special display, and vendor modified OS.

There were a few interesting quirks developing for the Eink display. This particular display had an excellent refresh rate. I could play video with smooth results. The display basically takes colored images and automatically displays them greyscale. You can see a review of the Boox Max 2 here:

https://www.youtube.com/watch?v=SSv0g-pYMAk

The only interesting quirk that I encountered on this device was when switching static screens. For instance switching from a search display to a patent result display.

During this complete screen transition, some times a latent image of the previous screen would remain burned into the new display. To remedy this, you can wash the entire screen with white or black for a short duration. That will force the display to completely re-render the next screen.