Add a conda packages to conda-forge for major platforms

[phreed]

This is mostly an announcement but also a request to add documentation regarding the conda-forge Packaging

The Getting Started guide, Installation instructions has the following:

jank/book/src/getting-started/01-installation.md

Lines 67 to 70 in 80c2d4f

	## Something else?
	Don't see your preferred system here? [Help us with
	packaging](https://github.com/jank-lang/jank)! We want jank to
	be everywhere.

To that end I am adding a new package source.

---

Pixi (linux: x64, aarch64; macOS: aarch64)

We have a binary jank package in pixi, installation is quick and easy.
pixi installs into an environment, thus it is largely independent from the host environment.

pixi global install jank

To update jank, you can run the following.

pixi global update

Note

pixi is most productively employed when installing packages into a development environment.
In this way it aleviates the "Works on my machine!" problem.

---

Status

Installed in a personal channel:
https://prefix.dev/channels/meso-forge/packages/jank

Staged for the conda-forge feedstock:

• Add the Clojure Compiler and REPL Jank conda-forge/staged-recipes#33514
• https://github.com/conda-forge/jank-feedstock

[phreed]

If you would like to be included as a maintainer, make a comment in the Pull Request, then I can/will add you.
conda-forge/staged-recipes#33514

[phreed]

I see that the leiningen installation instructions does not mention pixi:

jank/book/src/getting-started/03-hello-leiningen.md

Lines 14 to 27 in 80c2d4f

	## Installing Leiningen
	Leiningen is available in basically every package manager as `leiningen`.
	```bash
	# If you're on macOS.
	$ brew install leiningen
	# If you're on Ubuntu (or similar).
	$ sudo apt install -y leiningen
	# If you're on Arch (or similar).
	$ yay -S leiningen
	```

---

# If you're on macOS.
$ brew install leiningen

# If you're on Ubuntu (or similar).
$ sudo apt install -y leiningen

# If you're on Arch (or similar).
$ yay -S leiningen

# If you are on: linux-64, linux-aarch64, linux-ppc64le, osx-64, win-64
$ pixi global install leiningen

[phreed]

If the project environments are being managed by pixi, instead of the following:

jank/book/src/getting-started/03-hello-leiningen.md

Lines 30 to 44 in 80c2d4f

	## Creating a project with Leiningen
	Now that Leiningen is installed, we can use it to create a new jank project.
	Let's create another hello world style program.
	```bash
	$ mkdir ~/projects
	$ cd ~/projects
	$ lein new org.jank-lang/jank hello_lein
	$ cd hello_lein
	```
	> [!NOTE]
	> If you use `lein new` without specifying `org.jank-lang/jank`, you will get a
	> Clojure JVM project, not a jank project. Make sure you get a jank project.

During development it is recommended that leiningen be installed in the project working directory:

---

Creating a project with Leiningen

While Leiningen can be installed globally, it may also be installed in the project working directory.
Where we can use it to initialize a new Jank project.
Let's create another hello world style program.

$ mkdir -p ~/projects/hello_lein
$ cd ~/projects/hello_lein
$ pixi init
$ pixi add leiningen
$ pixi install
$ pixi run -- lein new org.jank-lang/jank hello-lein --to-dir . --force

Note

If you use lein new without specifying org.jank-lang/jank, you will get a
Clojure JVM project, not a jank project. Make sure you get a jank project.

[phreed]

The conda-forge policy is to not vendor other library packages, here is the list of git submodules being used:
I have annotated them, some (most) have conda-forge packages available.

source:
  - url: https://github.com/jank-lang/jank/archive/80c2d4f0672d55d57102d34f5ad328b4ef551329.tar.gz
    sha256: ba2db7f1b5aaf697499f586fbd210574b800b437cc42c9ad26e0492250258504
  # Submodules are listed explicitly because GitHub archive tarballs do not
  # include submodule content and rattler-build fetches sources offline.
  - url: https://github.com/jank-lang/clojure-test-suite/archive/1cbab0f3981bae87830cc6daacbbede20cea3516.tar.gz
    sha256: a006f9f9bebf3c792ca39798c84c7e8e90defecd12cc42067b475af121cc1900
    target_directory: compiler+runtime/test/bash/clojure-test-suite/clojure-test-suite
  # https://prefix.dev/channels/conda-forge/packages/folly
  - url: https://github.com/jank-lang/folly/archive/39b8a05c3adc8d992d2aac499b53b3c2895cd637.tar.gz
    sha256: a413f74ab5ee315c0d4646d55d60d691146e0db8dae5db70072fa486ebd840f6
    target_directory: compiler+runtime/third-party/folly
  # https://github.com/arximboldi/immer
  - url: https://github.com/jank-lang/immer/archive/282629d01917d4c7d0aba2322de700c6d1111276.tar.gz
    sha256: 21a6ef49a3e9ab3c8613fc5a6ef4b8f3ad2abce0d4ceb00e4be1bce052e6532a
    target_directory: compiler+runtime/third-party/immer
  # https://prefix.dev/channels/conda-forge/packages/ftxui
  - url: https://github.com/jank-lang/FTXUI/archive/daa421fa6ad97c8a6c9bd43f77c81862bfa52c77.tar.gz
    sha256: 8d7bc511eca464876001ed83e804a953297ecdb02afa377d1b49587e1c721ab0
    target_directory: compiler+runtime/third-party/ftxui
  # https://prefix.dev/channels/conda-forge/packages/cpptrace
  - url: https://github.com/jank-lang/cpptrace/archive/ce639ebfcec47a7c74233b4bab50017cb34e615b.tar.gz
    sha256: 3fa01f9c5ca84cc642a66ad30b5798dd031a4d0a2c2cd7581bf4d8b1aa206d26
    target_directory: compiler+runtime/third-party/cpptrace
  # https://prefix.dev/channels/conda-forge/packages/cppinterop
  - url: https://github.com/jank-lang/CppInterOp/archive/8ce59d7aa4443098f2a6df4cb859732d9b6a76b0.tar.gz
    sha256: f2f98386e631a271e24e79160a79e2b2ac9c5baf8537643c330ebd3dc7c011e2
    target_directory: compiler+runtime/third-party/cppinterop
  # https://prefix.dev/channels/conda-forge/packages/bdw-gc
  - url: https://github.com/jank-lang/bdwgc/archive/327ef1f8c80a611b2f8b915850c8b2fd38e6595e.tar.gz
    sha256: 0c273a852db08def4e447d2f82b081c6f595f1e65169750bf5374e485a8311de
    target_directory: compiler+runtime/third-party/bdwgc
  # https://github.com/mariusbancila/stduuid
  - url: https://github.com/jank-lang/stduuid/archive/3afe7193facd5d674de709fccc44d5055e144d7a.tar.gz
    sha256: e11f9bf30c7f9c03d8e9a3a3fd7fe016eb5d8d9b89a2fe2c11b5f049e1d97916
    target_directory: compiler+runtime/third-party/stduuid
  # https://github.com/kuba--/zip
  - url: https://github.com/jank-lang/zip/archive/52d1c1d00831c4f10ef8a6bb12ae6bb3e57743b9.tar.gz
    sha256: 51f022a6aebb1b0fb311c118029153f420f5a366e45cf660575ae60772ed7576
    target_directory: compiler+runtime/third-party/zip
  # https://prefix.dev/channels/conda-forge/packages/doctest
  - url: https://github.com/jank-lang/doctest/archive/d44d4f6e66232d716af82f00a063759e9d0e50d6.tar.gz
    sha256: 5c3682e391ce01c16d9b1e2b3d890366a7a10e35d32fa94d8443b21cdbde94c7
    target_directory: compiler+runtime/third-party/doctest
  # possibly available as https://prefix.dev/channels/conda-forge/packages/boost-cpp
  # https://github.com/boostorg/process
  - url: https://github.com/jank-lang/boost-process/archive/e4d0d405a12f13ebe7d894382d3a98830ae1c7bd.tar.gz
    sha256: 4f9c30b47368bea905272fb36e8a3a32f93f69f44e0cd5ebac7ee68870018b57
    target_directory: compiler+runtime/third-party/boost-process
  # https://github.com/boostorg/preprocessor
  - url: https://github.com/jank-lang/boost-preprocessor/archive/c4ea7e40d365ba28faecef8917d5c3f1e0121bf9.tar.gz
    sha256: f9c48540b33defa2b76689b2d005cd3711eadf53960916db543470a00b8d1bfc
    target_directory: compiler+runtime/third-party/boost-preprocessor
  # https://github.com/boostorg/multiprecision
  - url: https://github.com/jank-lang/boost-multiprecision/archive/2b3ab082fac41c0d4bdb5a1c3daf7411be6fd679.tar.gz
    sha256: 9993b263a5b3d7a8ad80a58f76c950bcc3ef8148cb80f27a8638e9fc8691f5cb
    target_directory: compiler+runtime/third-party/boost-multiprecision

[phreed]

I have begun the work outlined here.

The conda-forge package is building for linux and macos.
The windows build depends on #371, #716, and #797 constructing the proper Windows result.

I am working on https://github.com/phreed/jank a jank branch to make a Windows version of the package, this deviates from the work being done related to MSYS2/CLANG as that approach is not ABI compatible with MSVC libraries which is what all of the conda-forge libraries are.
My plan is to switch all the scripts from bash and bat(windows) to the portable nushell.