Create a Pipenv-based Virtual Environment: > Using `python -m` allows us to definitely use the python we just installed. To install a `Pipenv` as our virtual environment manager: Going forward, whenever you see `>` or `$` before code, that means you should be working in the `Windows Powershell` (or `Command Prompt` if you don't have `Windows Powershell`)ġ. Open `Windows Powershell` (not needed to run as Admin now) Right click, select _Run as Administrator_ cofirm security pop-up if neededġ. Search Windows Powershell (a search is important)Ģ. You should only have to do this 1 time, if done correctly.ġ. If you see `The term 'pip' is not recognized as the name.` then you do the installation correctly. Uninstall python and redo step 2 above.ĥ. `Create shortcuts for installed applications` Tick/Select `pip` (others, leave as default)
Select `Customize Installation` (this is important)ģ. Open Python Installer (likely in `Downloads`):Ģ. mine says `圆4-based PC` which means mine is 64-bit and I should download the `Windows x86-64 executable installer` Do a Cortana search for `System Information`, open itģ. Be sure to check you're downloading the right python version for your system (64bit vs 32bit) Not sure?ġ. Pick version 3.8.X (replace x with the highest number displayed)Ģ. The first part of this guide is made for Windows 10, the bottom part of the guide works on Windows 7, 8, 10 & Up.ġ. You can install things like `Django`, `Requests`, `PyTorch`, `Tensorflow`, and much more. `pipenv` and `pip` work hand-in-hand in managing your virtual environment. `Pipenv` allows you to install any Python library (aka Python-related software) to an isolated environment from other python packages. # Install Python 3.8, Virtual Environments, Django 3+ on Windows using pipenv, pip (Python Package Installer) and Windows Powershell
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