Why?
- Apple x86_64 and ARM64
- Linux running x86_64 or ARM64 (Raspberry Pi)
- Windows running x86_64 and possibly ARM64 too
- FreeBSD, NetBSD, and OpenBSD running x86_64
It does not require that Python be installed beforehand. It's a native Python executable. It does not require Rosetta or Qemu be installed either, in order to run ARM64 platforms. It does not require Cygwin or MSYS2 runtimes in order to run on WIN32. It only depends on KERNEL32. It has an embedded JIT VM called Blink (https://github.com/jart/blink) which it pulls out on non-x86 platforms to emulate itself. All its dependencies are bundled inside using a zip polyglot, including the Python standard library:
unzip -vl djngo.com
...
5588 Defl:N 1707 70% 02-23-2023 16:06 26fb04f6 .python/django/shortcuts.py
0 Stored 0 0% 02-23-2023 16:05 00000000 .python/ctypes/
34 Stored 34 0% 02-23-2023 16:05 1b5bb9b2 .python/ctypes/__init__.py
-------- ------- --- -------
35075517 11728493 67% 7171 files
You can put your app's assets inside the djngo.com file too, using the standard zip tool. You can then rename the file, and insert a `.args` file that supplies default args for launching your white-labeled app.This means that if you're a Django app developer, you can now easily share your apps with others wanting to run it locally. It's almost as easy for anyone on any platform to use, as if you productionized it onto a website. Rather than a hyperlink away, it's a single file download and CLI invocation away. You won't need to explain things like, "here's how you install Python on Windows" or "here's how you install Docker and setup a Linux distro, in order to run my app." Your users will be in full control of the app, granting maximum privacy and control over data, and zero operations toil for you!