One bit of background for those of you unfamiliar with the Python ecosystem – Python 2.7.* and Python 3.* are totally different animals, and the majority of the Python OSS and package ecosystem still hasn’t caught up to using Python 3 yet.
Here's a direct link to the release page for the latest version of Python as of writing this (2.7.3) - it has an X86 installer. I'd avoid the 圆4 installer - many of the Python libraries and compiled binaries do not play nice with 64 bit architectures. I typically install Python 2.7.* via the Windows x86 Installer and that is what I recommend. You can download the latest Python bits here from the official Python homepage. Step 1 – Install the Python 2.7.* or 3.* Binaries from So, without further adieu – here is how you set up a proper Python development environment on Windows. Since I’ve had to reinstall Python on Windows every time a new release of Windows 8 came out (including the RTM version this week) – I can say with certainty I’ve got the process down to a science. NET environment and on Windows systems, my teammates sometimes get stuck figuring out how to get Python set up properly. However, given that we primarily work in a. I developed an in-house command line tool using Requests, argparse, and a few other built-in Python libraries to make the process of performing endpoint testing easy and repeatable for myself and the rest of the team. The tool we decided to use to test our API, particularly as our API changes during this early stage of our company, is the amazing Requests library in Python – which makes the process of cobbling together these complex form-encoded objects and testing them against a live HTTP endpoint bearable. One of the things we have to do at MarkedUp on a routine basis is test the live HTTP endpoints for our data collection APIs, and some of the data structures we upload are multipart-form POSTs that contain some complex objects (log messages with nested exceptions, etc…) How to Setup a Proper Python Environment on Windows
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