Haxe externs and wrappers for SFML.
It is recommended that you use Haxe 3.2.1 with the latest git version of hxcpp to build. This library does not compile successfully with the newest version of Haxe.
The *.dll files have been included inside the ext folder now, so if you are building dynamically, you can copy and paste the files that match your version of the MSVC compiler into the bin folder.
In order to use this library, you will need to first download the corresponding *.lib and *.dll (for Windows) from the official SFML website, found here. For Windows users, you will need to download for the compiler you have installed. If in doubt, download the 32-bit version.
Once downloaded, you will need to copy the *.lib files into a new folder lib/ in the root of the repository.
Depending on your circumstances will depend on whether or not you need to modify Build.xml to suit your needs. For dynamic builds, you only need to copy the appropriate lib files into the directory.
To debug, you will need to add the following line into the Build.xml file underneath <haxe id="files">:
<flag value="-debug" />
If you do use this option, you will need to copy the appropriate *.lib files with the -d suffix.
For statically linking, you will need to include all .lib files, as well as the appropriate dependencies along with them. See the following tutorial for static building.
If you get compile errors, it is likely you are using the incorrect version of the .lib files with the compiler you use.
Due to my lack of understanding of the subject, the Vertex class is not the exact binding over the Vertex class in SFML. But if you wish to use it, it's fairly simple.
Firstly, create the Vertex class using Vertex.create using a PrimitiveType and the number of vertices to be included.
You can append vertex using the add function. And to draw to a window, using the draw method which takes a value to your RenderWindow. I understand this is not really true to SFML, but this is best I can do for now.
When you build with dynamic linking, you will also need the appropriate *.dll files in the bin directory of the application to use it, otherwise it will crash.
The tests folder includes sample code for testing purposes. You can use these as guidelines for when you build your own games. The code follows almost exactly the same principles as found in SFML, so if you need tutorials, you can follow C++ ones and migrate easily.