2020-05
This doc is a guide to installing and setting up the latest version of Haxe onto Debian GNU/Linux (the “Testing” distribution).
We’ll install the newest Haxe binary release into ~/opt, and create a couple of symlinks in ~/bin.
If you don’t already have a ~/bin directory, you’ll need to create one, and then make sure it’s on your PATH.
Go to the Haxe Download page and download the Linux 64-bit binaries. Unpack and install like so:
mv path/to/haxe-4.n.m-linux64.tar.gz ~/opt
cd ~/opt
tar xzf haxe-4.n.m-linux64.tar.gz
# Note, that archive unpacks into a directly named like
# haxe_YYYYMMDDhhmmss_xxxxxxx. Rename it to something
# more human-readable:
mv haxe_201xxxxxxxxxxx_xxxxxxx haxe-4.n.m
ln -s haxe-4.n.m haxe
cd ~/bin
ln -s ~/opt/haxe/haxe .
ln -s ~/opt/haxe/haxelib .
Then, so haxe
can find its std library, into your ~/.bashrc add:
export HAXE_STD_PATH="$HOME/opt/haxe/std"
Finally, set up haxelib (the library installer tool):
haxelib setup
When prompted for the directory within which haxelib
will store installed library files, rather than the default, I specify ~/haxelib. (This directory name will be stored in the ~/.haxelib file.)
If you don’t already have it installed, you’ll need to
apt install neko
, as haxelib requires it.
To upgrade to a newer release candidate:
rm
the “haxe” symlink and make a new one pointing to the newly unpacked & renamed haxe-4.n.m directory.You can at any time easily switch between versions of Haxe in your ~/opt; just rm
that symlink named “haxe” and make a new one pointing to a different “haxe-4.n.m” directory.
$ which haxe haxelib
/home/YOU/bin/haxe
/home/YOU/bin/haxelib
$ haxe --version
4.n.m
$ haxelib version
4.n.m # possibly different from what `haxe` reports
Try Haxe out on some code. cd path/to/my-proj
. Create a src/Main.hx file containing:
And an interp.hxml build file containing:
-p src
-m Main
--interp
Run your program (this is using Haxe’s built-in interpreter):
haxe interp.hxml
getting this output:
Main.hx:3: Hello, World!
Woo!