406 lines
13 KiB
Dart
406 lines
13 KiB
Dart
import 'dart:io';
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import 'package:archive/archive.dart';
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import 'package:code_assets/code_assets.dart';
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import 'package:hooks/hooks.dart';
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import 'package:logging/logging.dart';
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import 'package:native_toolchain_c/native_toolchain_c.dart';
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import 'package:path/path.dart' as path;
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void main(List<String> args) async {
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await build(args, (BuildInput input, BuildOutputBuilder output) async {
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final packageRoot = input.packageRoot;
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var pkgRootFilePath = packageRoot.toFilePath(windows: Platform.isWindows);
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final config = input.config;
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// Most users will only need release builds of Filament.
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// Debug builds are probably only relevant if you're a package developer debugging an internal Filament issue.
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// Also note that there are known driver issues with Android debug builds, e.g.:
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// https://github.com/google/filament/issues/7162
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// (these aren't present in Filament release builds).
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// However, if you know what you're doing, you can change "mode" to "debug" in the
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// `hooks` section of pubspec.yaml.
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var buildMode = BuildMode.release;
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if (input.userDefines["mode"] == "debug") {
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buildMode = BuildMode.debug;
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}
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final packageName = input.packageName;
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final outputDirectory = input.outputDirectory;
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final targetOS = config.code.targetOS;
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final targetArchitecture = config.code.targetArchitecture;
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var logPath = path.join(
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pkgRootFilePath, ".dart_tool", "thermion_dart", "log", "build.log");
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var logFile = File(logPath);
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if (!logFile.parent.existsSync()) {
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logFile.parent.createSync(recursive: true);
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}
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final logger = Logger("")
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..level = Level.ALL
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..onRecord.listen((record) => logFile.writeAsStringSync(
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record.message + "\n",
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mode: FileMode.append,
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flush: true));
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var platform = targetOS.toString().toLowerCase();
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logger.info("Building Thermion for ${targetOS} in mode ${buildMode.name}");
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var libDir = (await getLibDir(
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packageRoot, targetOS, targetArchitecture, logger, buildMode))
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.path;
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var sources = Directory(path.join(pkgRootFilePath, "native", "src"))
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.listSync(recursive: true)
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.whereType<File>()
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.map((f) => f.path)
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.where((f) => !(f.contains("CMakeLists") || f.contains("main.cpp")))
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.toList();
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if (targetOS != OS.windows) {
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sources = sources.where((p) => !p.contains("windows")).toList();
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}
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sources.addAll([
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path.join(pkgRootFilePath, "native", "include", "material",
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"unlit_fixed_size.c"),
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path.join(pkgRootFilePath, "native", "include", "material", "image.c"),
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path.join(pkgRootFilePath, "native", "include", "material", "grid.c"),
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path.join(pkgRootFilePath, "native", "include", "material", "linear_depth.c"),
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path.join(pkgRootFilePath, "native", "include", "material", "outline.c"),
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path.join(pkgRootFilePath, "native", "include", "resources",
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"translation_gizmo_glb.c"),
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path.join(pkgRootFilePath, "native", "include", "resources",
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"rotation_gizmo_glb.c"),
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]);
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var libs = [
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"filament",
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"backend",
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"filameshio",
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if (targetOS != OS.iOS) "filamat",
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if (targetOS == OS.linux) "shaders",
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//"geometry",
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"utils",
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"filabridge",
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"gltfio_core",
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if (targetOS != OS.android && targetOS != OS.iOS) "gltfio",
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"filament-iblprefilter",
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"image",
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"imageio",
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"tinyexr",
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"filaflat",
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"dracodec",
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"ibl",
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"ktxreader",
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"z",
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"stb",
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"uberzlib",
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"smol-v",
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"basis_transcoder",
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"uberarchive",
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"zstd",
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//"mikktspace",
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"geometry",
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if (targetOS == OS.macOS) ...["matdbg", "fgviewer"]
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];
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if (targetOS == OS.windows) {
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// we just need the libDir and don't need to explicitly link the actual libs
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// (these are linked via ThermionWin32.h)
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libDir =
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Directory(libDir).uri.toFilePath(windows: targetOS == OS.windows);
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}
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final defines = <String, String?>{};
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if ((input.userDefines["tracing"] as String?)?.isNotEmpty == true) {
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logger.info("Enabling tracing");
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defines["ENABLE_TRACING"] = "1";
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}
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logger.info("Defines : ${defines}");
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final flags = []; //"-fsanitize=address"];
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var frameworks = [];
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if (platform != "windows") {
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flags.addAll(['-std=c++17']);
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} else {
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defines["WIN32"] = "1";
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defines["_DLL"] = "1";
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if (buildMode == BuildMode.debug) {
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defines["_DEBUG"] = "1";
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} else {
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defines["RELEASE"] = "1";
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defines["NDEBUG"] = "1";
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}
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flags.addAll([
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"/std:c++20",
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if (buildMode == BuildMode.debug) ...["/MDd", "/Zi"],
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if (buildMode == BuildMode.release) "/MD",
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"/VERBOSE",
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...defines.keys.map((k) => "/D$k=${defines[k]}").toList()
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]);
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}
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if (platform == "ios") {
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frameworks.addAll([
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'Foundation',
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'CoreGraphics',
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'QuartzCore',
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'GLKit',
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"Metal",
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'CoreVideo',
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'OpenGLES'
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]);
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} else if (platform == "macos") {
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frameworks.addAll([
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'Foundation',
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'CoreVideo',
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'Cocoa',
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"Metal",
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]);
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if (buildMode == BuildMode.debug) {
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flags.addAll([
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"-g",
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"-O0",
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]);
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}
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libs.addAll(["bluegl", "bluevk"]);
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} else if (platform == "android") {
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libs.addAll(["GLESv3", "EGL", "bluevk", "dl", "android"]);
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} else if (targetOS == OS.linux) {
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libs.addAll(["bluevk","bluegl"]);
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}
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frameworks = frameworks.expand((f) => ["-framework", f]).toList();
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var srcs = File(Directory.systemTemp.path +
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Platform.pathSeparator +
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"thermion_sources.rsp");
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srcs.writeAsStringSync(sources.join("\n"));
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final cbuilder = CBuilder.library(
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name: packageName,
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language: Language.cpp,
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assetName: 'thermion_dart.dart',
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sources: platform == "windows" ? [] : sources,
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includes: platform == "windows"
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? []
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: ['native/include', 'native/include/filament'],
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defines: platform == "windows" ? {} : defines,
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flags: [
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if (targetOS == OS.macOS) '-mmacosx-version-min=13.0',
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if (targetOS == OS.iOS) '-mios-version-min=13.0',
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...flags,
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...frameworks,
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if(targetOS == OS.linux)
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...[ "-stdlib=libc++", "-Wl,--whole-archive" ],
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if (targetOS != OS.windows)...[
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...libs.map((lib) => "-l$lib"),
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if(targetOS == OS.linux)
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"-Wl,--no-whole-archive",
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if(targetOS != OS.linux)
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"-lstdc++",
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"-L$libDir"
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],
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if (platform == "windows") ...[
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"/I${path.join(pkgRootFilePath, "native", "include")}",
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"/I${path.join(pkgRootFilePath, "native", "include", "filament")}",
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"/I${path.join(pkgRootFilePath, "native", "include", "windows", "vulkan")}",
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"@${srcs.uri.toFilePath(windows: true)}",
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// ...sources,
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'/link',
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"/LIBPATH:$libDir",
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'/DLL',
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]
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],
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dartBuildFiles: ['hook/build.dart'],
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);
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await cbuilder.run(
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input: input,
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output: output,
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logger: logger,
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);
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if (targetOS == OS.android) {
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final archExtension = switch (targetArchitecture) {
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Architecture.arm => "arm-linux-androideabi",
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Architecture.arm64 => "aarch64-linux-android",
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Architecture.x64 => "x86_64-linux-android",
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Architecture.ia32 => "i686-linux-android",
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_ => throw FormatException('Invalid')
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};
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var compilerPath = config.code.cCompiler!.compiler.path;
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if (Platform.isWindows && compilerPath.startsWith("/")) {
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compilerPath = compilerPath.substring(1);
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}
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var ndkRoot = File(compilerPath)
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.parent
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.parent
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.uri
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.toFilePath(windows: Platform.isWindows);
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var stlPath = File([
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ndkRoot,
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"sysroot",
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"usr",
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"lib",
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archExtension,
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"libc++_shared.so"
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].join(Platform.pathSeparator));
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final libcpp = CodeAsset(
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package: "thermion_dart",
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name: "libc++_shared.so",
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linkMode: DynamicLoadingBundled(),
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file: stlPath.uri,
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);
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output.assets.addEncodedAsset(libcpp.encode());
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}
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if (targetOS == OS.windows) {
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var importLib = File(path.join(
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outputDirectory.path.substring(1).replaceAll("/", "\\"),
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"thermion_dart.lib"));
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final libthermion = CodeAsset(
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package: packageName,
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name: "thermion_dart.lib",
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linkMode: DynamicLoadingBundled(),
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file: importLib.uri,
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);
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output.assets.addEncodedAsset(libthermion.encode());
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for (final dir in ["windows/vulkan"]) {
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// , "filament/bluevk", "filament/vulkan"
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final targetSubdir =
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path.join(outputDirectory.path, "include", dir).substring(1);
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if (!Directory(targetSubdir).existsSync()) {
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Directory(targetSubdir).createSync(recursive: true);
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}
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for (var file
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in Directory(path.join(pkgRootFilePath, "native", "include", dir))
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.listSync()) {
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if (file is File) {
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final targetPath =
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path.join(targetSubdir, path.basename(file.path));
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file.copySync(targetPath);
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final include = CodeAsset(
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package: packageName,
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name: "include/$dir/${path.basename(file.path)}",
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linkMode: DynamicLoadingBundled(),
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file: file.uri,
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);
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output.assets.addEncodedAsset(include.encode());
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}
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}
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}
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}
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});
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}
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String _FILAMENT_VERSION = "v1.58.0";
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String _getLibraryUrl(String platform, String mode) {
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return "https://pub-c8b6266320924116aaddce03b5313c0a.r2.dev/filament-${_FILAMENT_VERSION}-${platform}-${mode}.zip";
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}
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//
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// Download precompiled Filament libraries for the target platform from Cloudflare.
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//
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Future<Directory> getLibDir(Uri packageRoot, OS targetOS,
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Architecture targetArchitecture, Logger logger, BuildMode buildMode) async {
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var platform = targetOS.toString().toLowerCase();
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var mode = buildMode == BuildMode.debug ? "debug" : "release";
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var libDir = Directory(path.join(
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packageRoot.toFilePath(windows: Platform.isWindows),
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".dart_tool",
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"thermion_dart",
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"lib",
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_FILAMENT_VERSION,
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platform,
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mode));
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if (platform == "android") {
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final archExtension = switch (targetArchitecture) {
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Architecture.arm => "armeabi-v7a",
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Architecture.arm64 => "arm64-v8a",
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Architecture.x64 => "x86_64",
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Architecture.ia32 => "x86",
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_ => throw FormatException('Invalid')
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};
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libDir = Directory(path.join(libDir.path, archExtension));
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} else if (platform == "windows") {
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if (targetArchitecture != Architecture.x64) {
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throw Exception("Unsupported architecture : ${targetArchitecture}");
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}
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}
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logger.info("Searching for Filament libraries under ${libDir.path}");
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var url = _getLibraryUrl(platform, mode);
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if (targetOS == OS.windows) {
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url = url.replaceAll(".zip", "-vulkan.zip");
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}
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final filename = url.split("/").last;
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// We will write an empty file called success to the unzip directory after successfully downloading/extracting the prebuilt libraries.
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// If this file already exists, we assume everything has been successfully extracted and skip
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final unzipDir = platform == "android" ? libDir.parent.path : libDir.path;
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final successToken = File(path.join(
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unzipDir, targetOS == OS.windows ? "success-vulkan" : "success"));
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final libraryZip = File(path.join(unzipDir, filename));
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if (!successToken.existsSync()) {
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if (libraryZip.existsSync()) {
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libraryZip.deleteSync();
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}
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if (!libraryZip.parent.existsSync()) {
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libraryZip.parent.createSync(recursive: true);
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}
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logger.info(
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"Downloading prebuilt libraries for $platform/$mode from $url to ${libraryZip}, files will be unzipped to ${unzipDir}");
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final request = await HttpClient().getUrl(Uri.parse(url));
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final response = await request.close();
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await response.pipe(libraryZip.openWrite());
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final archive = ZipDecoder().decodeBytes(await libraryZip.readAsBytes());
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for (final file in archive) {
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final filename = file.name;
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if (file.isFile) {
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final data = file.content as List<int>;
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final f = File('${unzipDir}/$filename');
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await f.create(recursive: true);
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await f.writeAsBytes(data);
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} else {
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final d = Directory('${unzipDir}/$filename');
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await d.create(recursive: true);
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}
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}
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successToken.writeAsStringSync("SUCCESS");
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}
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return libDir;
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}
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