build.jyu

#import "Compiler";
#import "Basic";
#import "LibC";

func compile_single_test_file(path: string, as_metaprogram: bool) {
    var options: Build_Options;
    options.executable_name = strip_path_extension(path);

    var compiler = create_compiler_instance(*options);

    if compiler_load_file(compiler, path) != true return;
    if compiler_typecheck_program(compiler) != true return;
    if compiler_generate_llvm_module(compiler) != true return;

    if as_metaprogram {
        if compiler_run_metaprogram(compiler, 0, null) != true return;
    } else {
        if compiler_emit_object_file(compiler) != true return;
        if compiler_run_default_link_command(compiler) != true return;
    }
}

func concatenate(n: string, m: string) -> string {
    var builder: String_Builder;
    builder.init();
    builder.append(n);
    builder.append(m);
    var result = builder.to_string();
    builder.reset();

    return result;
}

func @metaprogram main(argc: int32, argv: **uint8) {
    var did_cmd_line = false;
    for 0..<argc {
        var path = concatenate(to_string(argv[it]), "/solution.jyu");
        compile_single_test_file(path, true);
        did_cmd_line = true;
    }

    if did_cmd_line return;

    var as_metaprogram = true;

    compile_single_test_file("day1/solution.jyu", as_metaprogram);
    compile_single_test_file("day2/solution.jyu", as_metaprogram);
    // Just compile day3, running it can take a long while.
    compile_single_test_file("day3/solution.jyu", false);
    compile_single_test_file("day4/solution.jyu", as_metaprogram);
    // Just compile day5 because it does a scanf, which halts until the user inputs a number.
    compile_single_test_file("day5/solution.jyu", false);

    compile_single_test_file("day6/solution.jyu", as_metaprogram);
    compile_single_test_file("day7/solution.jyu", as_metaprogram);
}