- GitHub Gist: https://gist.github.com/camoy/522230d19f546b7f5994189482eab8db
- Course website: http://jeapostrophe.github.io/courses/2021/spring/406/course/
Simply run make build and look for an hcc binary file
Note: hcc is a joke off of gcc :)
If you simply type $ ./hcc it will open a REPL where you can type valid rlang expressions.
Running $ ./hcc [-help|--help] will list all the valid commands.
$ ./hcc --help
'Antar R1' programming language
-f <file_path> Parsing file
-g <int> Generate random program of size n
-gv <int> Generate, and visualize, random program of size n
-v <file_path> File to visualize. Will output a 'mygraph.png' file.
-S Output X86 assembly file as <input_file>.s
-o Set output file name
-opt Output rlang file with Optimize pass as <input_file>.opt.ht
-uni Output rlang file with Uniquify pass as <input_file>.uni.ht
-rco Output rlang file with Resolve-Complex pass as <input_file>.rco.ht
-econ Output clang file with Explicate-Control pass as <input_file>.econ.ht
-si Output xlang file with Select-Instruction pass as <input_file>.si.ht
-ah Output xlang file with Assign-Homes pass as <input_file>.ah.ht
-pi Output xlang file with Patch-Instructions pass as <input_file>.pi.ht
-help Display this list of options
--help Display this list of options