![]() While WSL has been made with developers in mind, end users can benefit from it just as well. Think of it as the inverse of Wine in some sorts. In the words of Canonical's Dustin Kirkland, Ubuntu on Windows is "bit-for-bit, checksum-for-checksum Ubuntu ELF binaries running directly in Windows". It is a Windows layer that translates Linux syscalls into Windows syscalls. Heck, it's not even the actual Linux kernel. WSL is neither a Linux virtual machine (VM) nor is it an emulator. Unlike Cygwin, WSL does not require any recompilation and can run a Linux distro and binaries as is. Till the announcement of WSL, this was a popular way of using Linux tools on Windows. We all know Cygwin, which provides a POSIX API functionality within Windows by running packages that have been specifically recompiled for it. It's not just the availability of tools that makes WSL enticing but also the availability of immense literature, expertise, and coding that goes with these tools. while still retaining their Windows deployment. By offering the ability to run native Ubuntu ELF64 binaries in a Bash shell invoked via the Command Prompt, Microsoft and Canonical (the company behind Ubuntu) are making it easy for developers to use familiar Linux-first tools such as apt, ssh, grep, awk, curl, mysql, ruby, perl etc. Web developers have always struggled to move between platforms and often had to adapt to seemingly polarizing workflows. WSL addresses a unique paradigm - most of the web runs on Linux servers while Windows rules the enterprise space. ![]() You might also be interested in PEP-397.When Microsoft announced that they were bringing the Bash shell to the Windows 10 Anniversary Update via the Windows Subsystem for Linux (WSL) along with the open-sourcing of PowerShell, it meant that most of the tools that developers and sysadmins rely on were now non-proprietary and cross-platform. If you have installed multiple versions of Python (which isn't all that uncommon) you might be better off not putting any of them on the PATH but instead create different shortcuts to cmd.exe for the different versions which set the PATH for each version. The Scripts subdirectory is not present after a clean install of Python, but will be created when needed.)ĭon't put any additional Lib or DLL directory on the PATH. This is about as UNIX-y as it gets for Windows. This will allow you to run scripts like easy_install, pip, virtualenv or sphinx from the command line - once you install those, that is. Or, to put it in other words (and using the previous example): add C:\Python27 C:\Python27\Scripts. When modifying the PATH, also add the Scripts subdirectory. This means you have to re-launch cmd.exe for the changes to work. Modifying environment variables (including PATH) from the "Edit System Variables" has no effect on already running processes. Setting it to C:\Python27\ will not accomplish anything useful, although it's probably harmless. The PYTHONPATH environment variable tells Python where to look for modules to import. %USERPROFILE%\AppData\Local\Programs\Python\Python36ĭon't set PYTHONPATH if all you want is to get Python on the PATH. If you wish you can add to your path environment variable: When I am at C:\Users\sg7> directory level python can be invoked by typingĪppData\Local\Programs\Python\Python36\python C:\Users\samg>AppData\Local\Programs\Python\Python36\pythonĬ:\Users\YourUserNameHere\AppData\Local\Programs\Python\Python37 ![]() ![]() Please be aware that in my case Python was installed in C:\Users\sg7\AppData\Local\Programs\Python\Python36> directory C:\Users\sg7\AppData\Local\Programs\Python\Python36>dirĭirectory of C:\Users\sg7\AppData\Local\Programs\Python\Python36 ![]() Type "help", "copyright", "credits" or "license" for more information. Just typing py in the Command Prompt Window starts Python. I have installed the latest Python for Win10 from Releases for Windows. ![]()
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