Python to Android: 3 ways to convert python app to apk with minimal coding
3 Ways to Convert Python App to APK
If you have a Python app that you want to run on Android devices, you might wonder how to convert it to an APK file. An APK file is the format of Android applications that can be installed and executed on Android devices. In this article, we will show you three ways to convert your Python app to an APK file, along with their pros and cons.
3 ways to convert python app to apk
What is Python?
Python is a popular programming language that is widely used for web development, data analysis, machine learning, automation, and more. Python is known for its simple syntax, readability, and versatility. Python can run on various platforms, such as Windows, Linux, Mac OS, and even mobile devices.
What is APK?
APK stands for Android Package Kit. It is the file format of Android applications that contains the code, resources, assets, and manifest of the app. APK files can be installed and executed on Android devices, either through the Google Play Store or manually.
Why convert Python app to APK?
There are several reasons why you might want to convert your Python app to an APK file. For example:
You want to reach a wider audience of Android users who can download and use your app.
You want to leverage the features and capabilities of Android devices, such as sensors, cameras, GPS, etc.
You want to monetize your app by displaying ads or offering in-app purchases.
However, converting a Python app to an APK file is not a straightforward process. You will need to use some tools or frameworks that can help you with the conversion. In the next sections, we will introduce three methods that you can use to convert your Python app to an APK file.
Method 1: Use AppsGeysers Android App Converter
How it works
AppsGeyser is a free online platform that allows you to create Android apps from various sources, such as websites, videos, games, etc. One of the sources that you can use is your Python coded website. To convert your Python code to an APK file using AppsGeyser, you need to follow these steps:
Open the Website App Template on AppsGeyser.
Insert your Python coded website link. Use your full website address.
Add your social links (optional). You can add links to your Facebook, Twitter, YouTube, and Blog pages.
Name your app. Write a catchy and descriptive name for your app. Don't forget to add keywords to make your app more searchable.
Upload your logo (optional). You can upload the logo of your website or business, or choose the default one.
Publish your app on Google Play or any other app store. You can download your APK file and upload it to Google Play or any other Android store.
Pros and cons
The advantages of using AppsGeyser are:
It is free and easy to use. You don't need any coding skills or software installation.
It is fast and convenient. You can convert your Python code to an APK file in minutes.
It offers various features and customization options. You can add social tabs, push notifications, splash screens, etc.
The disadvantages of using AppsGeyser are:
It has limited functionality and compatibility. Your app might not work well on some devices or have some bugs or errors.
It has ads and branding. Your app will display ads from AppsGeyser and have their logo on the splash screen.
It has low quality and security. Your app might not meet the standards and requirements of Google Play or other app stores. Your app might also be vulnerable to hacking or malware attacks.
Method 2: Use Kivy Framework
How it works
Kivy is an open-source Python framework that allows you to create cross-platform applications for Windows, Linux, Mac OS, iOS, and Android. Kivy uses a graphical user interface (GUI) toolkit that supports various widgets, animations, graphics, and multimedia. To convert your Python code to an APK file using Kivy, you need to follow these steps:
How to create an Android app from Python code using AppsGeyser
Python to APK converter online: a step-by-step guide
Kivy: a cross-platform Python framework for building APKs
PySDL2: a Python wrapper for SDL2 that supports APK packaging
WebView: a Python webserver that runs in an Android browser
Python for Android: a toolchain for compiling Python code to APK
Buildozer: a command-line tool for creating APKs from Python projects
APK: what is it and how does it work with Python apps
AAB: Android App Bundle format and how to use it with Python apps
Google Play: how to publish your Python app on the Android store
Numpy and sqlalchemy: how to include popular Python modules in your APK
KivyMD: a collection of Material Design widgets for Kivy apps
PyInstaller: a tool for freezing Python scripts into executables and APKs
PyGame: a Python library for making games and multimedia apps
Chaquopy: a plugin for Android Studio that enables Python development
Beeware: a suite of tools for creating native apps with Python
QPython: a Python interpreter and editor for Android devices
SL4A: Scripting Layer for Android that allows Python scripting
Termux: a terminal emulator and Linux environment for Android
Pydroid: an IDE and code editor for Python on Android
Flask: a lightweight web framework for Python webserver apps
Django: a high-level web framework for Python webserver apps
Bottle: a fast and simple web framework for Python webserver apps
CherryPy: a minimalist web framework for Python webserver apps
Tornado: a scalable web framework and asynchronous networking library for Python webserver apps
Twisted: an event-driven networking engine for Python webserver apps
Requests: a powerful HTTP library for Python webserver apps
Beautiful Soup: a library for parsing HTML and XML documents in Python webserver apps
Scrapy: a framework for extracting data from websites in Python webserver apps
Selenium: a tool for automating web browsers in Python webserver apps
Pandas: a library for data analysis and manipulation in Python apps
Matplotlib: a library for creating plots and graphs in Python apps
SciPy: a library for scientific computing in Python apps
TensorFlow: a library for machine learning and deep learning in Python apps
Keras: a high-level neural network API for TensorFlow in Python apps
PyTorch: a library for machine learning and deep learning in Python apps
OpenCV: a library for computer vision and image processing in Python apps
Pillow: a library for image manipulation in Python apps
PyAudio: a library for audio input and output in Python apps
PyGame Zero: a zero-boilerplate framework for making games with PyGame in Python apps
Arcade: a modern and easy-to-use framework for making games with PyGame in Python apps
Ren'Py: a visual novel engine that uses a scripting language based on Python
Godot Engine: an open-source game engine that supports GDScript, a language similar to Python
Blender: an open-source 3D creation suite that supports scripting with Python
GIMP: an open-source image editor that supports scripting with Python
Inkscape: an open-source vector graphics editor that supports scripting with Python
Scribus: an open-source desktop publishing software that supports scripting with Python
LibreOffice: an open-source office suite that supports scripting with Python
Audacity: an open-source audio editor that supports scripting with Python
Install Kivy on your computer. You can follow the installation instructions on the official website.
Write your Python code using Kivy. You can use any text editor or IDE that supports Python. You can also use the Kivy Designer tool to create your GUI visually.
Install Buildozer on your computer. Buildozer is a tool that can package your Python code into an APK file using Kivy.
Create a buildozer.spec file in the same directory as your Python code. This file contains the configuration and settings of your app, such as the name, version, icon, permissions, etc.
Run the command buildozer android debug in your terminal. This will create an APK file in the bin directory of your project.
Publish your app on Google Play or any other app store. You can upload your APK file to Google Play or any other Android store.
Pros and cons
The advantages of using Kivy are:
It is free and open-source. You can use it without any license or fee.
It is powerful and flexible. You can create various types of apps with rich GUI and functionality.
It is cross-platform and portable. You can run your app on different platforms and devices without changing your code.
The disadvantages of using Kivy are:
It has a steep learning curve. You need to learn how to use Kivy and its syntax, which might be different from standard Python.
It has limited support and documentation. You might encounter some issues or bugs that are not well documented or solved.
It has high resource consumption. Your app might be slow or laggy on some devices or have a large file size.
Method 3: Use MIT App Inventor
How it works
MIT App Inventor is a web-based platform that allows you to create Android apps using a drag-and-drop interface. You can design your app's user interface and program its logic using blocks that represent various components, events, and functions. To convert your Python code to an APK file using MIT App Inven