"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.MacOSExporter = void 0;
const Exporter_1 = require("kmake/Exporters/Exporter");
const Options_1 = require("kmake/Options");
const Compiler_1 = require("kmake/Compiler");
const NinjaExporter_1 = require("kmake/Exporters/NinjaExporter");
const MakeExporter_1 = require("kmake/Exporters/MakeExporter");
const CLionExporter_1 = require("kmake/Exporters/CLionExporter");
const CompileCommandsExporter_1 = require("kmake/Exporters/CompileCommandsExporter");
class MacOSExporter extends Exporter_1.Exporter {
    constructor(options) {
        super(options);
        let linkerFlags = '-pthread -framework Security';
        if (options.lib) {
            linkerFlags += ' -static';
        }
        let outputExtension = '';
        if (options.lib) {
            outputExtension = '.a';
        }
        else if (options.dynlib) {
            outputExtension = '.dylib';
        }
        const macLibsLine = (project) => {
            let libs = '';
            for (let lib of project.getLibs()) {
                if (['OpenGL', 'Cocoa', 'IOKit', 'AppKit', 'CoreAudio', 'CoreData', 'CoreMedia', 'CoreVideo', 'AVFoundation', 'Foundation', 'Metal', 'MetalKit'].includes(lib)) {
                    libs += ' -framework ' + lib;
                }
                else {
                    libs += ' -l' + lib;
                }
            }
            return libs;
        };
        this.ninja = new NinjaExporter_1.NinjaExporter(options, this.getCCompiler(), this.getCPPCompiler(), '', '', linkerFlags, outputExtension);
        this.make = new MakeExporter_1.MakeExporter(options, this.getCCompiler(), this.getCPPCompiler(), '', '', linkerFlags, outputExtension, macLibsLine);
        this.clion = new CLionExporter_1.CLionExporter(options);
        this.compileCommands = new CompileCommandsExporter_1.CompilerCommandsExporter(options);
    }
    async exportSolution(project, from, to, platform, vrApi, options) {
        this.ninja.exportSolution(project, from, to, platform, vrApi, options);
        this.make.exportSolution(project, from, to, platform, vrApi, options);
        this.clion.exportSolution(project, from, to, platform, vrApi, options);
        this.compileCommands.exportSolution(project, from, to, platform, vrApi, options);
    }
    getCCompiler() {
        switch (Options_1.Options.compiler) {
            case Compiler_1.Compiler.Default:
            case Compiler_1.Compiler.Clang:
                return 'clang';
            case Compiler_1.Compiler.GCC:
                return 'gcc';
            case Compiler_1.Compiler.Custom:
                return Options_1.Options.ccPath;
            default:
                throw 'Unsupported compiler ' + Options_1.Options.compiler;
        }
    }
    getCPPCompiler() {
        switch (Options_1.Options.compiler) {
            case Compiler_1.Compiler.Default:
            case Compiler_1.Compiler.Clang:
                return 'clang++';
            case Compiler_1.Compiler.GCC:
                return 'g++';
            case Compiler_1.Compiler.Custom:
                return Options_1.Options.cxxPath;
            default:
                throw 'Unsupported compiler ' + Options_1.Options.compiler;
        }
    }
}
exports.MacOSExporter = MacOSExporter;