blob: 051e191f5ae9a18aff6dcb76e91ccf0cadb020be [file] [log] [blame]
// Copyright 2014 The Flutter Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
import 'dart:async';
import 'dart:io';
import 'package:flutter_devicelab/framework/framework.dart';
import 'package:flutter_devicelab/framework/ios.dart';
import 'package:flutter_devicelab/framework/utils.dart';
import 'package:path/path.dart' as path;
/// Tests that iOS .frameworks can be built on module projects.
Future<void> main() async {
await task(() async {
section('Create module project');
final Directory tempDir = Directory.systemTemp.createTempSync('flutter_module_test.');
final Directory projectDir = Directory(path.join(tempDir.path, 'hello'));
try {
await inDirectory(tempDir, () async {
await flutter(
'create',
options: <String>['--org', 'io.flutter.devicelab', '--template', 'module', 'hello'],
);
});
section('Add plugins');
final File pubspec = File(path.join(projectDir.path, 'pubspec.yaml'));
String content = pubspec.readAsStringSync();
content = content.replaceFirst(
'\ndependencies:\n',
'\ndependencies:\n device_info: 0.4.1\n package_info: 0.4.0+9\n',
);
pubspec.writeAsStringSync(content, flush: true);
await inDirectory(projectDir, () async {
await flutter(
'packages',
options: <String>['get'],
);
});
// First, build the module in Debug to copy the debug version of Flutter.framework.
// This proves "flutter build ios-framework" re-copies the relevant Flutter.framework,
// otherwise building plugins with bitcode will fail linking because the debug version
// of Flutter.framework does not contain bitcode.
await inDirectory(projectDir, () async {
await flutter(
'build',
options: <String>[
'ios',
'--debug',
'--no-codesign',
],
);
});
// This builds all build modes' frameworks by default
section('Build frameworks');
const String outputDirectoryName = 'flutter-frameworks';
await inDirectory(projectDir, () async {
await flutter(
'build',
options: <String>[
'ios-framework',
'--xcframework',
'--output=$outputDirectoryName'
],
);
});
final String outputPath = path.join(projectDir.path, outputDirectoryName);
section('Check debug build has Dart snapshot as asset');
checkFileExists(path.join(
outputPath,
'Debug',
'App.framework',
'flutter_assets',
'vm_snapshot_data',
));
section('Check debug build has no Dart AOT');
// There's still an App.framework with a dylib, but it's empty.
checkFileExists(path.join(
outputPath,
'Debug',
'App.framework',
'App',
));
final String debugAppFrameworkPath = path.join(
outputPath,
'Debug',
'App.framework',
'App',
);
final String aotSymbols = await dylibSymbols(debugAppFrameworkPath);
if (aotSymbols.contains('architecture') ||
aotSymbols.contains('_kDartVmSnapshot')) {
throw TaskResult.failure('Debug App.framework contains AOT');
}
await _checkFrameworkArchs(debugAppFrameworkPath, 'Debug');
checkFileExists(path.join(
outputPath,
'Debug',
'App.xcframework',
'ios-armv7_arm64',
'App.framework',
'App',
));
checkFileExists(path.join(
outputPath,
'Debug',
'App.xcframework',
'ios-x86_64-simulator',
'App.framework',
'App',
));
section('Check profile, release builds has Dart AOT dylib');
for (final String mode in <String>['Profile', 'Release']) {
final String appFrameworkPath = path.join(
outputPath,
mode,
'App.framework',
'App',
);
await _checkFrameworkArchs(appFrameworkPath, mode);
await _checkBitcode(appFrameworkPath, mode);
final String aotSymbols = await dylibSymbols(appFrameworkPath);
if (!aotSymbols.contains('_kDartVmSnapshot')) {
throw TaskResult.failure('$mode App.framework missing Dart AOT');
}
checkFileNotExists(path.join(
outputPath,
mode,
'App.framework',
'flutter_assets',
'vm_snapshot_data',
));
checkFileExists(path.join(
outputPath,
mode,
'App.xcframework',
'ios-armv7_arm64',
'App.framework',
'App',
));
checkFileNotExists(path.join(
outputPath,
mode,
'App.xcframework',
'ios-x86_64-simulator',
'App.framework',
'App',
));
}
section("Check all modes' engine dylib");
for (final String mode in <String>['Debug', 'Profile', 'Release']) {
final String engineFrameworkPath = path.join(
outputPath,
mode,
'Flutter.framework',
'Flutter',
);
await _checkFrameworkArchs(engineFrameworkPath, mode);
await _checkBitcode(engineFrameworkPath, mode);
checkFileExists(path.join(
outputPath,
mode,
'Flutter.xcframework',
'ios-armv7_arm64',
'Flutter.framework',
'Flutter',
));
final String simulatorFrameworkPath = path.join(
outputPath,
mode,
'Flutter.xcframework',
'ios-x86_64-simulator',
'Flutter.framework',
'Flutter',
);
if (mode == 'Debug') {
checkFileExists(simulatorFrameworkPath);
} else {
checkFileNotExists(simulatorFrameworkPath);
}
}
section("Check all modes' engine header");
for (final String mode in <String>['Debug', 'Profile', 'Release']) {
checkFileContains(
<String>['#include "FlutterEngine.h"'],
path.join(outputPath, mode, 'Flutter.framework', 'Headers', 'Flutter.h'),
);
}
section("Check all modes' have plugin dylib");
for (final String mode in <String>['Debug', 'Profile', 'Release']) {
final String pluginFrameworkPath = path.join(
outputPath,
mode,
'device_info.framework',
'device_info',
);
await _checkFrameworkArchs(pluginFrameworkPath, mode);
await _checkBitcode(pluginFrameworkPath, mode);
checkFileExists(path.join(
outputPath,
mode,
'device_info.xcframework',
'ios-armv7_arm64',
'device_info.framework',
'device_info',
));
final String simulatorFrameworkPath = path.join(
outputPath,
mode,
'device_info.xcframework',
'ios-x86_64-simulator',
'device_info.framework',
'device_info',
);
if (mode == 'Debug') {
checkFileExists(simulatorFrameworkPath);
} else {
checkFileNotExists(simulatorFrameworkPath);
}
}
section('Check all modes have generated plugin registrant');
for (final String mode in <String>['Debug', 'Profile', 'Release']) {
final String registrantFrameworkPath = path.join(
outputPath,
mode,
'FlutterPluginRegistrant.framework',
'FlutterPluginRegistrant'
);
await _checkFrameworkArchs(registrantFrameworkPath, mode);
await _checkBitcode(registrantFrameworkPath, mode);
checkFileExists(path.join(
outputPath,
mode,
'FlutterPluginRegistrant.framework',
'Headers',
'GeneratedPluginRegistrant.h',
));
checkFileExists(path.join(
outputPath,
mode,
'FlutterPluginRegistrant.xcframework',
'ios-armv7_arm64',
'FlutterPluginRegistrant.framework',
'Headers',
'GeneratedPluginRegistrant.h',
));
final String simulatorHeaderPath = path.join(
outputPath,
mode,
'FlutterPluginRegistrant.xcframework',
'ios-x86_64-simulator',
'FlutterPluginRegistrant.framework',
'Headers',
'GeneratedPluginRegistrant.h',
);
if (mode == 'Debug') {
checkFileExists(simulatorHeaderPath);
} else {
checkFileNotExists(simulatorHeaderPath);
}
}
return TaskResult.success(null);
} on TaskResult catch (taskResult) {
return taskResult;
} catch (e) {
return TaskResult.failure(e.toString());
} finally {
rmTree(tempDir);
}
});
}
Future<void> _checkFrameworkArchs(String frameworkPath, String mode) async {
checkFileExists(frameworkPath);
final String archs = await fileType(frameworkPath);
if (!archs.contains('armv7')) {
throw TaskResult.failure('$mode $frameworkPath armv7 architecture missing');
}
if (!archs.contains('arm64')) {
throw TaskResult.failure('$mode $frameworkPath arm64 architecture missing');
}
final bool containsSimulator = archs.contains('x86_64');
final bool isDebug = mode == 'Debug';
// Debug should contain the simulator archs.
// Release and Profile should not.
if (containsSimulator != isDebug) {
throw TaskResult.failure('$mode $frameworkPath x86_64 architecture ${isDebug ? 'missing' : 'present'}');
}
}
Future<void> _checkBitcode(String frameworkPath, String mode) async {
checkFileExists(frameworkPath);
// Bitcode only needed in Release mode for archiving.
if (mode == 'Release' && !await containsBitcode(frameworkPath)) {
throw TaskResult.failure('$frameworkPath does not contain bitcode');
}
}