script/tool/test/analyze_command_test.dart

// Copyright 2013 The Flutter Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

import 'package:args/command_runner.dart';
import 'package:file/file.dart';
import 'package:flutter_plugin_tools/src/analyze_command.dart';
import 'package:flutter_plugin_tools/src/common/core.dart';
import 'package:flutter_plugin_tools/src/common/plugin_utils.dart';
import 'package:git/git.dart';
import 'package:platform/platform.dart';
import 'package:test/test.dart';

import 'mocks.dart';
import 'util.dart';

void main() {
  late NativePlatform mockPlatform;
  late Directory packagesDir;
  late RecordingProcessRunner processRunner;
  late RecordingProcessRunner gitProcessRunner;
  late CommandRunner<void> runner;

  setUp(() {
    mockPlatform = createMockPlatform();
    final GitDir gitDir;
    (:packagesDir, :processRunner, :gitProcessRunner, :gitDir) = configureBaseCommandMocks(
      platform: mockPlatform,
    );
    final analyzeCommand = AnalyzeCommand(
      packagesDir,
      processRunner: processRunner,
      gitDir: gitDir,
      platform: mockPlatform,
    );

    runner = CommandRunner<void>('analyze_command', 'Test for analyze_command');
    runner.addCommand(analyzeCommand);
  });

  test('throws if no analysis options are included', () async {
    createFakePackage('a', packagesDir);

    await expectLater(
      () => runCapturingPrint(runner, <String>['analyze', '--no-dart']),
      throwsA(isA<ToolExit>()),
    );
  });

  group('result aggregation', () {
    test('repeorts failure if any analysis fails', () async {
      final RepositoryPackage plugin = createFakePlugin(
        'plugin1',
        packagesDir,
        extraFiles: <String>['example/android/gradlew'],
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
          platformIOS: const PlatformDetails(PlatformSupport.inline),
          platformMacOS: const PlatformDetails(PlatformSupport.inline),
        },
      );
      plugin.platformDirectory(FlutterPlatform.android).createSync(recursive: true);

      // Simulate Android analysis failure only.
      final String gradlewPath = plugin
          .getExamples()
          .first
          .platformDirectory(FlutterPlatform.android)
          .childFile('gradlew')
          .path;
      processRunner.mockProcessesForExecutable[gradlewPath] = <FakeProcessInfo>[
        FakeProcessInfo(MockProcess(exitCode: 1)),
      ];

      Error? commandError;
      final List<String> output = await runCapturingPrint(
        runner,
        <String>['analyze', '--android', '--ios', '--macos'],
        errorHandler: (Error e) {
          commandError = e;
        },
      );

      expect(commandError, isA<ToolExit>());
      expect(output, containsAllInOrder(<Matcher>[contains('The following packages had errors:')]));
    });

    test('reports skip if everything is skipped', () async {
      createFakePlugin('plugin', packagesDir);

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--no-dart',
        '--android',
        '--ios',
        '--macos',
      ]);

      expect(output, containsAllInOrder(<Matcher>[contains('SKIPPING:')]));

      expect(processRunner.recordedCalls, orderedEquals(<ProcessCall>[]));
    });

    test('reports success for a mixture of skip and success', () async {
      createFakePlugin(
        'plugin',
        packagesDir,
        platformSupport: <String, PlatformDetails>{
          platformIOS: const PlatformDetails(PlatformSupport.inline),
        },
      );

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--no-dart',
        '--android',
        '--ios',
        '--macos',
      ]);

      expect(output, containsAllInOrder(<Matcher>[contains('No issues found')]));
      expect(output, isNot(containsAllInOrder(<Matcher>[contains('SKIPPING:')])));
    });
  });

  group('dart analyze', () {
    test('analyzes all packages', () async {
      // Create a non-Flutter Dart package and a Flutter plugin to make sure
      // the right command is used for each.
      final RepositoryPackage package1 = createFakePackage('a', packagesDir);
      final RepositoryPackage plugin2 = createFakePlugin('b', packagesDir);

      await runCapturingPrint(runner, <String>['analyze']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('dart', const <String>['pub', 'get'], package1.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package1.path),
          ProcessCall('flutter', const <String>['pub', 'get'], plugin2.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin2.path),
        ]),
      );
    });

    test('skips pub get for examples', () async {
      final RepositoryPackage plugin1 = createFakePlugin('a', packagesDir);

      await runCapturingPrint(runner, <String>['analyze']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'get'], plugin1.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin1.path),
        ]),
      );
    });

    test('runs pub get for non-example subpackages', () async {
      final RepositoryPackage mainPackage = createFakePackage('a', packagesDir);
      final Directory otherPackagesDir = mainPackage.directory.childDirectory('other_packages');
      final RepositoryPackage subpackage1 = createFakePackage('subpackage1', otherPackagesDir);
      final RepositoryPackage subpackage2 = createFakePackage('subpackage2', otherPackagesDir);

      await runCapturingPrint(runner, <String>['analyze']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('dart', const <String>['pub', 'get'], mainPackage.path),
          ProcessCall('dart', const <String>['pub', 'get'], subpackage1.path),
          ProcessCall('dart', const <String>['pub', 'get'], subpackage2.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], mainPackage.path),
        ]),
      );
    });

    test('runs flutter pub get for non-Flutter packages with Flutter examples', () async {
      final RepositoryPackage mainPackage = createFakePackage('a', packagesDir, examples: []);
      createFakePackage('example', mainPackage.directory, examples: [], isFlutter: true);

      await runCapturingPrint(runner, <String>['analyze']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'get'], mainPackage.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], mainPackage.path),
        ]),
      );
    });

    test('passes lib/ directory with --lib-only', () async {
      final RepositoryPackage package = createFakePackage('a_package', packagesDir);

      await runCapturingPrint(runner, <String>['analyze', '--lib-only']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('dart', const <String>['pub', 'get'], package.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos', 'lib'], package.path),
        ]),
      );
    });

    test('skips when missing lib/ directory with --lib-only', () async {
      final RepositoryPackage package = createFakePackage('a_package', packagesDir);
      package.libDirectory.deleteSync();

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--lib-only',
      ]);

      expect(processRunner.recordedCalls, isEmpty);
      expect(output, containsAllInOrder(<Matcher>[contains('SKIPPING: No lib/ directory')]));
    });

    test('does not run pub get for non-example subpackages with --lib-only', () async {
      final RepositoryPackage mainPackage = createFakePackage('a', packagesDir);
      final Directory otherPackagesDir = mainPackage.directory.childDirectory('other_packages');
      createFakePackage('subpackage1', otherPackagesDir);
      createFakePackage('subpackage2', otherPackagesDir);

      await runCapturingPrint(runner, <String>['analyze', '--lib-only']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('dart', const <String>['pub', 'get'], mainPackage.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos', 'lib'], mainPackage.path),
        ]),
      );
    });

    test("don't elide a non-contained example package", () async {
      final RepositoryPackage plugin1 = createFakePlugin('a', packagesDir);
      final RepositoryPackage plugin2 = createFakePlugin('example', packagesDir);

      await runCapturingPrint(runner, <String>['analyze']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'get'], plugin1.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin1.path),
          ProcessCall('flutter', const <String>['pub', 'get'], plugin2.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin2.path),
        ]),
      );
    });

    test('uses a separate analysis sdk', () async {
      final RepositoryPackage plugin = createFakePlugin('a', packagesDir);

      await runCapturingPrint(runner, <String>['analyze', '--analysis-sdk', 'foo/bar/baz']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
          ProcessCall('foo/bar/baz/bin/dart', const <String>[
            'analyze',
            '--fatal-infos',
          ], plugin.path),
        ]),
      );
    });

    test('downgrades first when requested', () async {
      final RepositoryPackage package = createFakePackage('a', packagesDir);

      await runCapturingPrint(runner, <String>['analyze', '--downgrade']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('dart', const <String>['pub', 'downgrade'], package.path),
          ProcessCall('dart', const <String>['pub', 'get'], package.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
        ]),
      );
    });

    test('downgrades using flutter for Flutter packages', () async {
      final RepositoryPackage package = createFakePackage('a', packagesDir, isFlutter: true);

      await runCapturingPrint(runner, <String>['analyze', '--downgrade']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'downgrade'], package.path),
          ProcessCall('flutter', const <String>['pub', 'get'], package.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
        ]),
      );
    });

    test('downgrades using flutter for non-Flutter packages with Flutter examples', () async {
      final RepositoryPackage package = createFakePackage('a', packagesDir, examples: []);
      createFakePackage('example', package.directory, examples: [], isFlutter: true);

      await runCapturingPrint(runner, <String>['analyze', '--downgrade']);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'downgrade'], package.path),
          ProcessCall('flutter', const <String>['pub', 'get'], package.path),
          ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
        ]),
      );
    });

    group('verifies analysis settings', () {
      test('fails for unexpected analysis_options.yaml', () async {
        createFakePlugin('foo', packagesDir, extraFiles: <String>['analysis_options.yaml']);

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains(
              'Found an unexpected analysis_options.yaml at /packages/foo/analysis_options.yaml',
            ),
            contains(
              '  foo:\n'
              '    Unexpected local analysis options',
            ),
          ]),
        );
      });

      test('fails on .analysis_options', () async {
        createFakePlugin('foo', packagesDir, extraFiles: <String>['.analysis_options']);

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains(
              'Found an unexpected analysis_options.yaml at /packages/foo/.analysis_options',
            ),
            contains(
              '  foo:\n'
              '    Unexpected local analysis options',
            ),
          ]),
        );
      });

      test('ignores analysis options in the plugin .symlinks directory', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'foo',
          packagesDir,
          extraFiles: <String>['analysis_options.yaml'],
        );
        plugin.ciConfigFile.writeAsStringSync('allow_custom_analysis_options: true');
        final RepositoryPackage includingPackage = createFakePlugin('bar', packagesDir);
        // Simulate the local state of having built 'bar' if it includes 'foo'.
        includingPackage.directory
            .childDirectory('example')
            .childDirectory('ios')
            .childLink('.symlinks')
            .createSync(plugin.directory.path, recursive: true);

        await runCapturingPrint(runner, <String>['analyze']);
      });

      test('allows analysis options when configured', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'foo',
          packagesDir,
          extraFiles: <String>['analysis_options.yaml'],
        );
        plugin.ciConfigFile.writeAsStringSync('allow_custom_analysis_options: true');

        await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin.path),
          ]),
        );
      });
    });

    group('cognitive_complexity', () {
      test('runs cognitive_complexity if present in dev_dependencies', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDevDependencies: true);
        package.libDirectory.childFile('lib.dart').createSync();

        _mockCallsForFlutterAnalyze(
          processRunner,
          extraDartCalls: [
            FakeProcessInfo(MockProcess(), <String>['run', 'cognitive_complexity']),
          ],
        );

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
            ProcessCall('dart', const <String>[
              'run',
              'cognitive_complexity',
              'lib/lib.dart',
            ], package.path),
          ]),
        );
        expect(output, contains('Running cognitive_complexity analysis...'));
      });

      test('does not run cognitive_complexity when --downgrade is specified', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDevDependencies: true);
        package.libDirectory.childFile('lib.dart').createSync();

        processRunner.mockProcessesForExecutable['flutter'] = <FakeProcessInfo>[
          FakeProcessInfo(MockProcess(), <String>['pub', 'downgrade']),
          FakeProcessInfo(MockProcess(), <String>['pub', 'get']),
        ];
        processRunner.mockProcessesForExecutable['dart'] = <FakeProcessInfo>[
          FakeProcessInfo(MockProcess(), <String>['analyze', '--fatal-infos']),
        ];

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--downgrade',
        ]);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'downgrade'], package.path),
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
          ]),
        );
        final String combinedOutput = output.join('\n').toLowerCase();
        expect(combinedOutput, isNot(contains('cognitive_complexity')));
      });

      test('does not run cognitive_complexity if present in dependencies', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDependencies: true);
        package.libDirectory.childFile('lib.dart').createSync();

        _mockCallsForFlutterAnalyze(processRunner);

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
          ]),
        );
        final String combinedOutput = output.join('\n').toLowerCase();
        expect(combinedOutput, isNot(contains('cognitive_complexity')));
      });

      test('does not run cognitive_complexity if not present', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        package.libDirectory.childFile('lib.dart').createSync();

        _mockCallsForFlutterAnalyze(processRunner);

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
          ]),
        );
        final String combinedOutput = output.join('\n').toLowerCase();
        expect(combinedOutput, isNot(contains('cognitive_complexity')));
      });

      test('runs cognitive_complexity using dart for pure Dart packages', () async {
        final RepositoryPackage package = createFakePackage('a_package', packagesDir);
        _writeFakePubspecWithLinter(package, inDevDependencies: true, includeFlutter: false);
        package.libDirectory.childFile('lib.dart').createSync();

        processRunner.mockProcessesForExecutable['dart'] = <FakeProcessInfo>[
          FakeProcessInfo(MockProcess(), <String>['pub', 'get']),
          FakeProcessInfo(MockProcess(), <String>['analyze']),
          FakeProcessInfo(MockProcess(), <String>['run', 'cognitive_complexity']),
        ];

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('dart', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
            ProcessCall('dart', const <String>[
              'run',
              'cognitive_complexity',
              'lib/lib.dart',
            ], package.path),
          ]),
        );
        expect(output, contains('Running cognitive_complexity analysis...'));
      });

      test('skips cognitive_complexity if lib/ does not exist', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDevDependencies: true);
        package.libDirectory.deleteSync(recursive: true);

        _mockCallsForFlutterAnalyze(processRunner);

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
          ]),
        );
        final String combinedOutput = output.join('\n').toLowerCase();
        expect(combinedOutput, isNot(contains('cognitive_complexity')));
      });

      test('skips cognitive_complexity if lib/ only contains generated files', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDevDependencies: true);
        package.libDirectory.childFile('foo.g.dart').createSync();
        package.libDirectory.childFile('bar.mocks.dart').createSync();
        package.libDirectory.childFile('baz.gen.dart').createSync();

        _mockCallsForFlutterAnalyze(processRunner);

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
          ]),
        );
        final String combinedOutput = output.join('\n').toLowerCase();
        expect(combinedOutput, isNot(contains('cognitive_complexity')));
      });

      test('fails if cognitive_complexity analysis fails', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDevDependencies: true);
        package.libDirectory.childFile('lib.dart').createSync();

        _mockCallsForFlutterAnalyze(
          processRunner,
          extraDartCalls: [
            FakeProcessInfo(MockProcess(exitCode: 1), <String>['run', 'cognitive_complexity']),
          ],
        );

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains(
              'Metrics violations found. See the package\'s local "analysis_options.yaml" for configured thresholds.',
            ),
          ]),
        );
      });

      test('fails with threshold if analysis_options.yaml defines one', () async {
        final RepositoryPackage package = createFakePackage(
          'a_package',
          packagesDir,
          isFlutter: true,
        );
        _writeFakePubspecWithLinter(package, inDevDependencies: true);
        package.libDirectory.childFile('lib.dart').createSync();
        package.ciConfigFile.writeAsStringSync('allow_custom_analysis_options: true');
        package.directory.childFile('analysis_options.yaml').writeAsStringSync('''
cognitive_complexity:
  fail-threshold: 15
''');

        _mockCallsForFlutterAnalyze(
          processRunner,
          extraDartCalls: [
            FakeProcessInfo(MockProcess(exitCode: 1), <String>['run', 'cognitive_complexity']),
          ],
        );

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], package.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], package.path),
            ProcessCall('dart', const <String>[
              'run',
              'cognitive_complexity',
              '--threshold',
              '15',
              '--fail-threshold',
              '15',
              'lib/lib.dart',
            ], package.path),
          ]),
        );
        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains(
              'Metrics violations found (configured threshold: 15). See the package\'s local "analysis_options.yaml" for configured thresholds.',
            ),
          ]),
        );
      });
    });

    group('skills analysis via ci_config.yaml', () {
      test('fails if package configuration has no dart files in .agents/skills', () async {
        final RepositoryPackage plugin = createFakePlugin('foo', packagesDir);
        plugin.ciConfigFile.writeAsStringSync('analyze_skills: true');

        // Note: we purposely do not create any .dart files in .agents/skills

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains(
              'Configured to analyze skills for foo, but no Dart code was found in .agents/skills.',
            ),
          ]),
        );
      });

      test(
        'analyzes .agents/skills when dart files are present and analyze_skills is true',
        () async {
          final RepositoryPackage plugin = createFakePlugin('foo', packagesDir);
          plugin.ciConfigFile.writeAsStringSync('analyze_skills: true');

          plugin.directory
              .childDirectory('.agents')
              .childDirectory('skills')
              .childFile('test.dart')
              .createSync(recursive: true);

          await runCapturingPrint(runner, <String>['analyze']);

          expect(
            processRunner.recordedCalls,
            orderedEquals(<ProcessCall>[
              ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
              ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin.path),
              ProcessCall('dart', const <String>[
                'analyze',
                '--fatal-infos',
                '.agents/skills',
              ], plugin.path),
            ]),
          );
        },
      );

      test('does not analyze .agents/skills when analyze_skills is false/omitted', () async {
        final RepositoryPackage plugin = createFakePlugin('foo', packagesDir);

        plugin.directory
            .childDirectory('.agents')
            .childDirectory('skills')
            .childFile('test.dart')
            .createSync(recursive: true);

        await runCapturingPrint(runner, <String>['analyze']);

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
            ProcessCall('dart', const <String>['analyze', '--fatal-infos'], plugin.path),
          ]),
        );
      });

      test('fails with both main and skills failures listed if both fail', () async {
        final RepositoryPackage plugin = createFakePlugin('foo', packagesDir);
        plugin.ciConfigFile.writeAsStringSync('analyze_skills: true');

        plugin.directory
            .childDirectory('.agents')
            .childDirectory('skills')
            .childFile('test.dart')
            .createSync(recursive: true);

        // Mock both dart analyze runs to fail (exit code 1)
        processRunner.mockProcessesForExecutable['dart'] = <FakeProcessInfo>[
          FakeProcessInfo(MockProcess(exitCode: 1), <String>['analyze']), // main package
          FakeProcessInfo(MockProcess(exitCode: 1), <String>['analyze']), // skills package
        ];

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        final String joinedOutput = output.join('\n');
        expect(joinedOutput, contains('The following packages had errors:'));
        expect(
          joinedOutput,
          contains('  foo:\n    Main package analysis failed\n    Skills analysis failed'),
        );
      });

      test(
        'fails with package analysis, skills analysis, and custom linter violations listed if all fail',
        () async {
          final RepositoryPackage package = createFakePackage(
            'a_package',
            packagesDir,
            isFlutter: true,
          );
          _writeFakePubspecWithLinter(package, inDevDependencies: true);
          package.libDirectory.childFile('lib.dart').createSync();
          package.ciConfigFile.writeAsStringSync('analyze_skills: true');

          package.directory
              .childDirectory('.agents')
              .childDirectory('skills')
              .childFile('test.dart')
              .createSync(recursive: true);

          processRunner.mockProcessesForExecutable['flutter'] = <FakeProcessInfo>[
            FakeProcessInfo(MockProcess(), <String>['pub', 'get']),
          ];
          processRunner.mockProcessesForExecutable['dart'] = <FakeProcessInfo>[
            FakeProcessInfo(MockProcess(exitCode: 1), <String>['analyze']), // main package
            FakeProcessInfo(MockProcess(exitCode: 1), <String>['analyze']), // skills package
            FakeProcessInfo(MockProcess(exitCode: 1), <String>[
              'run',
              'cognitive_complexity',
            ]), // custom linter
          ];

          Error? commandError;
          final List<String> output = await runCapturingPrint(
            runner,
            <String>['analyze'],
            errorHandler: (Error e) {
              commandError = e;
            },
          );

          expect(commandError, isA<ToolExit>());
          final String joinedOutput = output.join('\n');
          expect(joinedOutput, contains('The following packages had errors:'));
          expect(
            joinedOutput,
            contains(
              '  a_package:\n'
              '    Main package analysis failed\n'
              '    Skills analysis failed\n'
              '    Metrics violations found. See the package\'s local "analysis_options.yaml" for configured thresholds.',
            ),
          );
        },
      );
    });

    test('skips if requested if "pub get" fails in the resolver', () async {
      final RepositoryPackage plugin = createFakePlugin('foo', packagesDir);

      final failingPubGet = FakeProcessInfo(
        MockProcess(
          exitCode: 1,
          stderr:
              'So, because foo depends on both thing_one ^1.0.0 and '
              'thing_two from path, version solving failed.',
        ),
        <String>['pub', 'get'],
      );
      processRunner.mockProcessesForExecutable['flutter'] = <FakeProcessInfo>[
        failingPubGet,
        // The command re-runs failures when --skip-if-resolver-fails is passed
        // to check the output, so provide the same failing outcome.
        failingPubGet,
      ];

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--skip-if-resolving-fails',
      ]);

      expect(
        output,
        containsAllInOrder(<Matcher>[contains('Skipping package due to pub resolution failure.')]),
      );
      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
          ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
        ]),
      );
    });

    test('fails if "pub get" fails', () async {
      createFakePlugin('foo', packagesDir);

      processRunner.mockProcessesForExecutable['flutter'] = <FakeProcessInfo>[
        FakeProcessInfo(MockProcess(exitCode: 1), <String>['pub', 'get']),
      ];

      Error? commandError;
      final List<String> output = await runCapturingPrint(
        runner,
        <String>['analyze'],
        errorHandler: (Error e) {
          commandError = e;
        },
      );

      expect(commandError, isA<ToolExit>());
      expect(output, containsAllInOrder(<Matcher>[contains('Unable to get dependencies')]));
    });

    test('fails if "pub downgrade" fails', () async {
      createFakePlugin('foo', packagesDir);

      processRunner.mockProcessesForExecutable['flutter'] = <FakeProcessInfo>[
        FakeProcessInfo(MockProcess(exitCode: 1), <String>['pub', 'downgrade']),
      ];

      Error? commandError;
      final List<String> output = await runCapturingPrint(
        runner,
        <String>['analyze', '--downgrade'],
        errorHandler: (Error e) {
          commandError = e;
        },
      );

      expect(commandError, isA<ToolExit>());
      expect(
        output,
        containsAllInOrder(<Matcher>[contains('Unable to resolve downgraded dependencies')]),
      );
    });

    test('fails if "analyze" fails', () async {
      createFakePlugin('foo', packagesDir);

      processRunner.mockProcessesForExecutable['dart'] = <FakeProcessInfo>[
        FakeProcessInfo(MockProcess(exitCode: 1), <String>['analyze']),
      ];

      Error? commandError;
      final List<String> output = await runCapturingPrint(
        runner,
        <String>['analyze'],
        errorHandler: (Error e) {
          commandError = e;
        },
      );

      expect(commandError, isA<ToolExit>());
      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('The following packages had errors:'),
          contains('  foo'),
        ]),
      );
    });

    // Ensure that the command used to analyze flutter/plugins in the Dart repo:
    // https://github.com/dart-lang/sdk/blob/main/tools/bots/flutter/analyze_flutter_plugins.sh
    // continues to work.
    //
    // DO NOT remove or modify this test without a coordination plan in place to
    // modify the script above, as it is run from source, but out-of-repo.
    // Contact stuartmorgan or devoncarew for assistance.
    test('Dart repo analyze command works', () async {
      final RepositoryPackage plugin = createFakePlugin('foo', packagesDir);
      final File allowFile = packagesDir.childFile('custom.yaml');
      // Intentionally do not create the file; this ensures that removing the legacy file from this
      // repository won't break the other callers.

      await runCapturingPrint(runner, <String>[
        // DO NOT change this call; see comment above.
        'analyze',
        '--analysis-sdk',
        'foo/bar/baz',
        '--custom-analysis',
        allowFile.path,
      ]);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall('flutter', const <String>['pub', 'get'], plugin.path),
          ProcessCall('foo/bar/baz/bin/dart', const <String>[
            'analyze',
            '--fatal-infos',
          ], plugin.path),
        ]),
      );
    });

    group('file filtering', () {
      test('runs command for changes to Dart source', () async {
        createFakePackage('package_a', packagesDir);

        gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
          FakeProcessInfo(
            MockProcess(
              stdout: '''
packages/package_a/foo.dart
''',
            ),
          ),
        ];

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(output, containsAllInOrder(<Matcher>[contains('Running for package_a')]));
      });

      const files = <String>[
        'foo.java',
        'foo.kt',
        'foo.m',
        'foo.swift',
        'foo.c',
        'foo.cc',
        'foo.cpp',
        'foo.h',
      ];
      for (final file in files) {
        test('skips command for changes to non-Dart source $file', () async {
          createFakePackage('package_a', packagesDir);

          gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
            FakeProcessInfo(
              MockProcess(
                stdout:
                    '''
packages/package_a/$file
''',
              ),
            ),
          ];

          final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

          expect(output, isNot(containsAllInOrder(<Matcher>[contains('Running for package_a')])));
          expect(output, containsAllInOrder(<Matcher>[contains('SKIPPING ALL PACKAGES')]));
        });
      }

      test('skips commands if all files should be ignored', () async {
        createFakePackage('package_a', packagesDir);

        gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
          FakeProcessInfo(
            MockProcess(
              stdout: '''
README.md
SUGGESTED_REVIEWERS.md
packages/package_a/CHANGELOG.md
''',
            ),
          ),
        ];

        final List<String> output = await runCapturingPrint(runner, <String>['analyze']);

        expect(output, isNot(containsAllInOrder(<Matcher>[contains('Running for package_a')])));
        expect(output, containsAllInOrder(<Matcher>[contains('SKIPPING ALL PACKAGES')]));
      });
    });
  });

  group('gradle lint', () {
    test('runs gradle lint', () async {
      final RepositoryPackage plugin = createFakePlugin(
        'plugin1',
        packagesDir,
        extraFiles: <String>['example/android/gradlew'],
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
        },
      );
      plugin.platformDirectory(FlutterPlatform.android).createSync(recursive: true);

      final Directory androidDir = plugin.getExamples().first.platformDirectory(
        FlutterPlatform.android,
      );

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--android',
        '--no-dart',
      ]);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall(androidDir.childFile('gradlew').path, const <String>[
            'plugin1:lintDebug',
          ], androidDir.path),
        ]),
      );

      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('Running for plugin1'),
          contains('No issues found!'),
        ]),
      );
    });

    test('runs on all examples', () async {
      final examples = <String>['example1', 'example2'];
      final RepositoryPackage plugin = createFakePlugin(
        'plugin1',
        packagesDir,
        examples: examples,
        extraFiles: <String>[
          'example/example1/android/gradlew',
          'example/example2/android/gradlew',
        ],
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
        },
      );
      plugin.platformDirectory(FlutterPlatform.android).createSync(recursive: true);

      final Iterable<Directory> exampleAndroidDirs = plugin.getExamples().map(
        (RepositoryPackage example) => example.platformDirectory(FlutterPlatform.android),
      );

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--android',
        '--no-dart',
      ]);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          for (final Directory directory in exampleAndroidDirs)
            ProcessCall(directory.childFile('gradlew').path, const <String>[
              'plugin1:lintDebug',
            ], directory.path),
        ]),
      );

      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('Running for plugin1'),
          contains('No issues found!'),
        ]),
      );
    });

    test('runs --config-only build if gradlew is missing', () async {
      final RepositoryPackage plugin = createFakePlugin(
        'plugin1',
        packagesDir,
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
        },
      );
      plugin.platformDirectory(FlutterPlatform.android).createSync(recursive: true);

      final Directory androidDir = plugin.getExamples().first.platformDirectory(
        FlutterPlatform.android,
      );

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--android',
        '--no-dart',
      ]);

      expect(
        processRunner.recordedCalls,
        orderedEquals(<ProcessCall>[
          ProcessCall(getFlutterCommand(mockPlatform), const <String>[
            'build',
            'apk',
            '--config-only',
          ], plugin.getExamples().first.directory.path),
          ProcessCall(androidDir.childFile('gradlew').path, const <String>[
            'plugin1:lintDebug',
          ], androidDir.path),
        ]),
      );

      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('Running for plugin1'),
          contains('No issues found!'),
        ]),
      );
    });

    test('fails if gradlew generation fails', () async {
      final RepositoryPackage plugin = createFakePlugin(
        'plugin1',
        packagesDir,
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
        },
      );
      plugin.platformDirectory(FlutterPlatform.android).createSync(recursive: true);

      processRunner.mockProcessesForExecutable[getFlutterCommand(mockPlatform)] = <FakeProcessInfo>[
        FakeProcessInfo(MockProcess(exitCode: 1)),
      ];

      Error? commandError;
      final List<String> output = await runCapturingPrint(
        runner,
        <String>['analyze', '--android', '--no-dart'],
        errorHandler: (Error e) {
          commandError = e;
        },
      );

      expect(commandError, isA<ToolExit>());
      expect(output, containsAllInOrder(<Matcher>[contains('Unable to configure Gradle project')]));
    });

    test('fails if linting finds issues', () async {
      final RepositoryPackage plugin = createFakePlugin(
        'plugin1',
        packagesDir,
        extraFiles: <String>['example/android/gradlew'],
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
        },
      );
      plugin.platformDirectory(FlutterPlatform.android).createSync(recursive: true);

      final String gradlewPath = plugin
          .getExamples()
          .first
          .platformDirectory(FlutterPlatform.android)
          .childFile('gradlew')
          .path;
      processRunner.mockProcessesForExecutable[gradlewPath] = <FakeProcessInfo>[
        FakeProcessInfo(MockProcess(exitCode: 1)),
      ];

      Error? commandError;
      final List<String> output = await runCapturingPrint(
        runner,
        <String>['analyze', '--android', '--no-dart'],
        errorHandler: (Error e) {
          commandError = e;
        },
      );

      expect(commandError, isA<ToolExit>());
      expect(output, containsAllInOrder(<Matcher>[contains('The following packages had errors:')]));
    });

    test('skips non-Android plugins', () async {
      createFakePlugin('plugin1', packagesDir);

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--android',
        '--no-dart',
      ]);

      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('SKIPPING: Package does not contain native Android plugin code'),
        ]),
      );
    });

    test('skips non-inline plugins', () async {
      createFakePlugin(
        'plugin1',
        packagesDir,
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.federated),
        },
      );

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--android',
        '--no-dart',
      ]);

      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('SKIPPING: Package does not contain native Android plugin code'),
        ]),
      );
    });

    test('skips Dart-only plugins', () async {
      createFakePlugin(
        'plugin1',
        packagesDir,
        platformSupport: <String, PlatformDetails>{
          platformAndroid: const PlatformDetails(PlatformSupport.inline),
        },
      );

      final List<String> output = await runCapturingPrint(runner, <String>[
        'analyze',
        '--android',
        '--no-dart',
      ]);

      expect(
        output,
        containsAllInOrder(<Matcher>[
          contains('SKIPPING: Package does not contain native Android plugin code'),
        ]),
      );
    });

    group('file filtering', () {
      const files = <String>['foo.java', 'foo.kt'];
      for (final file in files) {
        test('runs command for changes to $file', () async {
          createFakePackage('package_a', packagesDir);

          gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
            FakeProcessInfo(
              MockProcess(
                stdout:
                    '''
packages/package_a/$file
''',
              ),
            ),
          ];

          final List<String> output = await runCapturingPrint(runner, <String>[
            'analyze',
            '--android',
            '--no-dart',
          ]);

          expect(output, containsAllInOrder(<Matcher>[contains('Running for package_a')]));
        });
      }

      test('skips commands if all files should be ignored', () async {
        createFakePackage('package_a', packagesDir);

        gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
          FakeProcessInfo(
            MockProcess(
              stdout: '''
README.md
SUGGESTED_REVIEWERS.md
packages/package_a/CHANGELOG.md
packages/package_a/lib/foo.dart
''',
            ),
          ),
        ];

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--android',
          '--no-dart',
        ]);

        expect(output, isNot(containsAllInOrder(<Matcher>[contains('Running for package_a')])));
        expect(output, containsAllInOrder(<Matcher>[contains('SKIPPING ALL PACKAGES')]));
      });
    });
  });

  group('Xcode analyze', () {
    group('iOS', () {
      test('skip if iOS is not supported', () async {
        createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformMacOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
        ]);
        expect(output, contains(contains('Package does not contain native iOS plugin code')));
        expect(processRunner.recordedCalls, orderedEquals(<ProcessCall>[]));
      });

      test('skip if iOS is implemented in a federated package', () async {
        createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformIOS: const PlatformDetails(PlatformSupport.federated),
          },
        );

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
        ]);
        expect(output, contains(contains('Package does not contain native iOS plugin code')));
        expect(processRunner.recordedCalls, orderedEquals(<ProcessCall>[]));
      });

      test('runs for iOS plugin', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformIOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
        ]);

        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains('Running for plugin'),
            contains('plugin/example (iOS) passed analysis.'),
          ]),
        );

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'ios',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'ios/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              '-destination',
              'generic/platform=iOS Simulator',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });

      test('passes min iOS deployment version when requested', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformIOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
          '--ios-min-version=14.0',
        ]);

        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains('Running for plugin'),
            contains('plugin/example (iOS) passed analysis.'),
          ]),
        );

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'ios',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'ios/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              '-destination',
              'generic/platform=iOS Simulator',
              'IPHONEOS_DEPLOYMENT_TARGET=14.0',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });

      test('fails if xcrun fails', () async {
        createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformIOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        processRunner.mockProcessesForExecutable['xcrun'] = <FakeProcessInfo>[
          FakeProcessInfo(MockProcess(exitCode: 1)),
        ];

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze', '--no-dart', '--ios'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains('The following packages had errors:'),
            contains('  plugin'),
          ]),
        );
      });
    });

    group('macOS', () {
      test('skip if macOS is not supported', () async {
        createFakePlugin('plugin', packagesDir);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--macos',
        ]);
        expect(output, contains(contains('Package does not contain native macOS plugin code')));
        expect(processRunner.recordedCalls, orderedEquals(<ProcessCall>[]));
      });

      test('skip if macOS is implemented in a federated package', () async {
        createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformMacOS: const PlatformDetails(PlatformSupport.federated),
          },
        );

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--macos',
        ]);
        expect(output, contains(contains('Package does not contain native macOS plugin code')));
        expect(processRunner.recordedCalls, orderedEquals(<ProcessCall>[]));
      });

      test('runs for macOS plugin', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformMacOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--macos',
        ]);

        expect(output, contains(contains('plugin/example (macOS) passed analysis.')));

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'macos',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'macos/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });

      test('passes min macOS deployment version when requested', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformMacOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--macos',
          '--macos-min-version=12.0',
        ]);

        expect(output, contains(contains('plugin/example (macOS) passed analysis.')));

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'macos',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'macos/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              'MACOSX_DEPLOYMENT_TARGET=12.0',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });

      test('fails if xcrun fails', () async {
        createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformMacOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        processRunner.mockProcessesForExecutable['xcrun'] = <FakeProcessInfo>[
          FakeProcessInfo(MockProcess(exitCode: 1)),
        ];

        Error? commandError;
        final List<String> output = await runCapturingPrint(
          runner,
          <String>['analyze', '--no-dart', '--macos'],
          errorHandler: (Error e) {
            commandError = e;
          },
        );

        expect(commandError, isA<ToolExit>());
        expect(
          output,
          containsAllInOrder(<Matcher>[
            contains('The following packages had errors:'),
            contains('  plugin'),
          ]),
        );
      });
    });

    group('combined', () {
      test('runs both iOS and macOS when supported', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformIOS: const PlatformDetails(PlatformSupport.inline),
            platformMacOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
          '--macos',
        ]);

        expect(
          output,
          containsAll(<Matcher>[
            contains('plugin/example (iOS) passed analysis.'),
            contains('plugin/example (macOS) passed analysis.'),
          ]),
        );

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'ios',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'ios/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              '-destination',
              'generic/platform=iOS Simulator',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
            ProcessCall('flutter', const <String>[
              'build',
              'macos',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'macos/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });

      test('runs only macOS for a macOS plugin', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformMacOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
          '--macos',
        ]);

        expect(
          output,
          containsAllInOrder(<Matcher>[contains('plugin/example (macOS) passed analysis.')]),
        );

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'macos',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'macos/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });

      test('runs only iOS for a iOS plugin', () async {
        final RepositoryPackage plugin = createFakePlugin(
          'plugin',
          packagesDir,
          platformSupport: <String, PlatformDetails>{
            platformIOS: const PlatformDetails(PlatformSupport.inline),
          },
        );

        final Directory pluginExampleDirectory = getExampleDir(plugin);

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
          '--macos',
        ]);

        expect(
          output,
          containsAllInOrder(<Matcher>[contains('plugin/example (iOS) passed analysis.')]),
        );

        expect(
          processRunner.recordedCalls,
          orderedEquals(<ProcessCall>[
            ProcessCall('flutter', const <String>[
              'build',
              'ios',
              '--debug',
              '--config-only',
            ], pluginExampleDirectory.path),
            ProcessCall('xcrun', const <String>[
              'xcodebuild',
              'clean',
              'analyze',
              '-workspace',
              'ios/Runner.xcworkspace',
              '-scheme',
              'Runner',
              '-configuration',
              'Debug',
              '-destination',
              'generic/platform=iOS Simulator',
              'GCC_TREAT_WARNINGS_AS_ERRORS=YES',
            ], pluginExampleDirectory.path),
          ]),
        );
      });
    });

    group('file filtering', () {
      const files = <String>['foo.m', 'foo.swift', 'foo.cc', 'foo.cpp', 'foo.h'];
      for (final file in files) {
        test('runs command for changes to $file', () async {
          createFakePackage('package_a', packagesDir);

          gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
            FakeProcessInfo(
              MockProcess(
                stdout:
                    '''
packages/package_a/$file
''',
              ),
            ),
          ];

          final List<String> output = await runCapturingPrint(runner, <String>[
            'analyze',
            '--no-dart',
            '--ios',
          ]);

          expect(output, containsAllInOrder(<Matcher>[contains('Running for package_a')]));
        });
      }

      test('skips commands if all files should be ignored', () async {
        createFakePackage('package_a', packagesDir);

        gitProcessRunner.mockProcessesForExecutable['git-diff'] = <FakeProcessInfo>[
          FakeProcessInfo(
            MockProcess(
              stdout: '''
.gemini/config.yaml
AGENTS.md
README.md
SUGGESTED_REVIEWERS.md
packages/package_a/CHANGELOG.md
packages/package_a/lib/foo.dart
''',
            ),
          ),
        ];

        final List<String> output = await runCapturingPrint(runner, <String>[
          'analyze',
          '--no-dart',
          '--ios',
        ]);

        expect(output, isNot(containsAllInOrder(<Matcher>[contains('Running for package_a')])));
        expect(output, containsAllInOrder(<Matcher>[contains('SKIPPING ALL PACKAGES')]));
      });
    });
  });
}

void _writeFakePubspecWithLinter(
  RepositoryPackage package, {
  bool inDevDependencies = false,
  bool inDependencies = false,
  bool includeFlutter = true,
}) {
  package.pubspecFile.writeAsStringSync('''
name: ${package.directory.basename}
version: 0.0.1
environment:
  sdk: ">=2.14.0 <4.0.0"
  ${includeFlutter ? 'flutter: ">=2.5.0"' : ''}
dependencies:
  ${includeFlutter ? 'flutter:\n    sdk: flutter' : ''}
${inDependencies ? '  cognitive_complexity: 0.2.0' : ''}
${inDevDependencies ? 'dev_dependencies:\n  cognitive_complexity: 0.2.0' : ''}
''');
}

void _mockCallsForFlutterAnalyze(
  RecordingProcessRunner processRunner, {
  List<FakeProcessInfo> extraFlutterCalls = const <FakeProcessInfo>[],
  List<FakeProcessInfo> extraDartCalls = const <FakeProcessInfo>[],
}) {
  processRunner.mockProcessesForExecutable['flutter'] = <FakeProcessInfo>[
    FakeProcessInfo(MockProcess(), const <String>['pub', 'get']),
    ...extraFlutterCalls,
  ];
  processRunner.mockProcessesForExecutable['dart'] = <FakeProcessInfo>[
    FakeProcessInfo(MockProcess(), const <String>['analyze']),
    ...extraDartCalls,
  ];
}