script/tool/lib/src/make_deps_path_based_command.dart - mirrors/packages - Git at Google

 // Copyright 2013 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 'package:file/file.dart';
 import 'package:git/git.dart';
 import 'package:path/path.dart' as p;
 import 'package:pub_semver/pub_semver.dart';
 import 'package:pubspec_parse/pubspec_parse.dart';
 import 'package:yaml/yaml.dart';
 import 'package:yaml_edit/yaml_edit.dart';

 import 'common/core.dart';
 import 'common/git_version_finder.dart';
 import 'common/package_command.dart';
 import 'common/repository_package.dart';

 const int _exitPackageNotFound = 3;

 /// Converts all dependencies on target packages to path-based dependencies.
 ///
 /// This is to allow for pre-publish testing of changes that could affect other
 /// packages in the repository. For instance, this allows for catching cases
 /// where a non-breaking change to a platform interface package of a federated
 /// plugin would cause post-publish analyzer failures in another package of that
 /// plugin.
 class MakeDepsPathBasedCommand extends PackageCommand {
   /// Creates an instance of the command to convert selected dependencies to
   /// path-based.
   MakeDepsPathBasedCommand(
     Directory packagesDir, {
     GitDir? gitDir,
   }) : super(packagesDir, gitDir: gitDir) {
     argParser.addMultiOption(_targetDependenciesArg,
         help:
             'The names of the packages to convert to path-based dependencies.\n'
             'Ignored if --$_targetDependenciesWithNonBreakingUpdatesArg is '
             'passed.',
         valueHelp: 'some_package');
     argParser.addFlag(
       _targetDependenciesWithNonBreakingUpdatesArg,
       help: 'Causes all packages that have non-breaking version changes '
           'when compared against the git base to be treated as target '
           'packages.\n\nOnly packages with dependency constraints that allow '
           'the new version of a given target package will be updated. E.g., '
           'if package A depends on B: ^1.0.0, and B is updated from 2.0.0 to '
           '2.0.1, the dependency on B in A will not become path based.',
     );
   }

   static const String _targetDependenciesArg = 'target-dependencies';
   static const String _targetDependenciesWithNonBreakingUpdatesArg =
       'target-dependencies-with-non-breaking-updates';

   // The comment to add to temporary dependency overrides.
   //
   // Includes a reference to the docs so that reviewers who aren't familiar with
   // the federated plugin change process don't think it's a mistake.
   static const String _dependencyOverrideWarningComment =
       '# FOR TESTING AND INITIAL REVIEW ONLY. DO NOT MERGE.\n'
       '# See https://github.com/flutter/flutter/wiki/Contributing-to-Plugins-and-Packages#changing-federated-plugins';

   @override
   final String name = 'make-deps-path-based';

   @override
   final String description =
       'Converts package dependencies to path-based references.';

   @override
   Future<void> run() async {
     final bool targetByVersion =
         getBoolArg(_targetDependenciesWithNonBreakingUpdatesArg);
     final Set<String> targetDependencies = targetByVersion
         ? await _getNonBreakingUpdatePackages()
         : getStringListArg(_targetDependenciesArg).toSet();

     if (targetDependencies.isEmpty) {
       print('No target dependencies; nothing to do.');
       return;
     }
     print('Rewriting references to: ${targetDependencies.join(', ')}...');

     final Map<String, RepositoryPackage> localDependencyPackages =
         _findLocalPackages(targetDependencies);
     // For targeting by version change, find the versions of the target
     // dependencies.
     final Map<String, Version?> localPackageVersions = targetByVersion
         ? <String, Version?>{
             for (final RepositoryPackage package
                 in localDependencyPackages.values)
               package.directory.basename: package.parsePubspec().version
           }
         : <String, Version>{};

     final String repoRootPath = (await gitDir).path;
     for (final File pubspec in await _getAllPubspecs()) {
       final String displayPath = p.posix.joinAll(
           path.split(path.relative(pubspec.absolute.path, from: repoRootPath)));
       final bool changed = await _addDependencyOverridesIfNecessary(
           RepositoryPackage(pubspec.parent),
           localDependencyPackages,
           localPackageVersions);
       if (changed) {
         print('  Modified $displayPath');
       }
     }
   }

   Map<String, RepositoryPackage> _findLocalPackages(Set<String> packageNames) {
     final Map<String, RepositoryPackage> targets =
         <String, RepositoryPackage>{};
     for (final String packageName in packageNames) {
       final Directory topLevelCandidate =
           packagesDir.childDirectory(packageName);
       // If packages/<packageName>/ exists, then either that directory is the
       // package, or packages/<packageName>/<packageName>/ exists and is the
       // package (in the case of a federated plugin).
       if (topLevelCandidate.existsSync()) {
         final Directory appFacingCandidate =
             topLevelCandidate.childDirectory(packageName);
         targets[packageName] = RepositoryPackage(appFacingCandidate.existsSync()
             ? appFacingCandidate
             : topLevelCandidate);
         continue;
       }
       // If there is no packages/<packageName> directory, then either the
       // packages doesn't exist, or it is a sub-package of a federated plugin.
       // If it's the latter, it will be a directory whose name is a prefix.
       for (final FileSystemEntity entity in packagesDir.listSync()) {
         if (entity is Directory && packageName.startsWith(entity.basename)) {
           final Directory subPackageCandidate =
               entity.childDirectory(packageName);
           if (subPackageCandidate.existsSync()) {
             targets[packageName] = RepositoryPackage(subPackageCandidate);
             break;
           }
         }
       }

       if (!targets.containsKey(packageName)) {
         printError('Unable to find package "$packageName"');
         throw ToolExit(_exitPackageNotFound);
       }
     }
     return targets;
   }

   /// If [pubspecFile] has any dependencies on packages in [localDependencies],
   /// adds dependency_overrides entries to redirect them to the local version
   /// using path-based dependencies.
   ///
   /// Returns true if any overrides were added.
   ///
   /// If [additionalPackagesToOverride] are provided, they will get
   /// dependency_overrides even if there is no direct dependency. This is
   /// useful for overriding transitive dependencies.
   Future<bool> _addDependencyOverridesIfNecessary(
     RepositoryPackage package,
     Map<String, RepositoryPackage> localDependencies,
     Map<String, Version?> versions, {
     Iterable<String> additionalPackagesToOverride = const <String>{},
   }) async {
     final String pubspecContents = package.pubspecFile.readAsStringSync();

     // Returns true if [dependency] allows a dependency on [version]. Always
     // returns true if [version] is null, to err on the side of assuming it
     // will apply in cases where we don't have a target version.
     bool allowsVersion(Dependency dependency, Version? version) {
       return version == null ||
           dependency is! HostedDependency ||
           dependency.version.allows(version);
     }

     // Determine the dependencies to be overridden.
     final Pubspec pubspec = Pubspec.parse(pubspecContents);
     final Iterable<String> combinedDependencies = <String>[
       // Filter out any dependencies with version constraint that wouldn't allow
       // the target if published.
       ...<MapEntry<String, Dependency>>[
         ...pubspec.dependencies.entries,
         ...pubspec.devDependencies.entries,
       ]
           .where((MapEntry<String, Dependency> element) =>
               allowsVersion(element.value, versions[element.key]))
           .map((MapEntry<String, Dependency> entry) => entry.key),
       ...additionalPackagesToOverride,
     ];
     final List<String> packagesToOverride = combinedDependencies
         .where(
             (String packageName) => localDependencies.containsKey(packageName))
         .toList();
     // Sort the combined list to avoid sort_pub_dependencies lint violations.
     packagesToOverride.sort();

     if (packagesToOverride.isEmpty) {
       return false;
     }

     // Find the relative path to the common base.
     final String commonBasePath = packagesDir.path;
     final int packageDepth = path
         .split(path.relative(package.directory.absolute.path,
             from: commonBasePath))
         .length;
     final List<String> relativeBasePathComponents =
         List<String>.filled(packageDepth, '..');

     // Add the overrides.
     final YamlEditor editablePubspec = YamlEditor(pubspecContents);
     final YamlNode root = editablePubspec.parseAt(<String>[]);
     const String dependencyOverridesKey = 'dependency_overrides';
     // Ensure that there's a `dependencyOverridesKey` entry to update.
     if ((root as YamlMap)[dependencyOverridesKey] == null) {
       editablePubspec.update(<String>[dependencyOverridesKey], YamlMap());
     }
     for (final String packageName in packagesToOverride) {
       // Find the relative path from the common base to the local package.
       final List<String> repoRelativePathComponents = path.split(path.relative(
           localDependencies[packageName]!.path,
           from: commonBasePath));
       editablePubspec.update(<String>[
         dependencyOverridesKey,
         packageName
       ], <String, String>{
         'path': p.posix.joinAll(<String>[
           ...relativeBasePathComponents,
           ...repoRelativePathComponents,
         ])
       });
     }

     // Add the warning if it's not already there.
     String newContent = editablePubspec.toString();
     if (!newContent.contains(_dependencyOverrideWarningComment)) {
       newContent = newContent.replaceFirst('$dependencyOverridesKey:', '''

 $_dependencyOverrideWarningComment
 $dependencyOverridesKey:
 ''');
     }

     // Write the new pubspec.
     package.pubspecFile.writeAsStringSync(newContent);

     // Update any examples. This is important for cases like integration tests
     // of app-facing packages in federated plugins, where the app-facing
     // package depends directly on the implementation packages, but the
     // example app doesn't. Since integration tests are run in the example app,
     // it needs the overrides in order for tests to pass.
     for (final RepositoryPackage example in package.getExamples()) {
       _addDependencyOverridesIfNecessary(example, localDependencies, versions,
           additionalPackagesToOverride: packagesToOverride);
     }

     return true;
   }

   /// Returns all pubspecs anywhere under the packages directory.
   Future<List<File>> _getAllPubspecs() => packagesDir.parent
       .list(recursive: true, followLinks: false)
       .where((FileSystemEntity entity) =>
           entity is File && p.basename(entity.path) == 'pubspec.yaml')
       .map((FileSystemEntity file) => file as File)
       .toList();

   /// Returns all packages that have non-breaking published changes (i.e., a
   /// minor or bugfix version change) relative to the git comparison base.
   ///
   /// Prints status information about what was checked for ease of auditing logs
   /// in CI.
   Future<Set<String>> _getNonBreakingUpdatePackages() async {
     final GitVersionFinder gitVersionFinder = await retrieveVersionFinder();
     final String baseSha = await gitVersionFinder.getBaseSha();
     print('Finding changed packages relative to "$baseSha"...');

     final Set<String> changedPackages = <String>{};
     for (final String changedPath in await gitVersionFinder.getChangedFiles()) {
       // Git output always uses Posix paths.
       final List<String> allComponents = p.posix.split(changedPath);
       // Only pubspec changes are potential publishing events.
       if (allComponents.last != 'pubspec.yaml' ||
           allComponents.contains('example')) {
         continue;
       }
       if (!allComponents.contains(packagesDir.basename)) {
         print('  Skipping $changedPath; not in packages directory.');
         continue;
       }
       final RepositoryPackage package =
           RepositoryPackage(packagesDir.fileSystem.file(changedPath).parent);
       // Ignored deleted packages, as they won't be published.
       if (!package.pubspecFile.existsSync()) {
         final String directoryName = p.posix.joinAll(path.split(path.relative(
             package.directory.absolute.path,
             from: packagesDir.path)));
         print('  Skipping $directoryName; deleted.');
         continue;
       }
       final String packageName = package.parsePubspec().name;
       if (!await _hasNonBreakingVersionChange(package)) {
         // Log packages that had pubspec changes but weren't included for ease
         // of auditing CI.
         print('  Skipping $packageName; no non-breaking version change.');
         continue;
       }
       changedPackages.add(packageName);
     }
     return changedPackages;
   }

   Future<bool> _hasNonBreakingVersionChange(RepositoryPackage package) async {
     final Pubspec pubspec = package.parsePubspec();
     if (pubspec.publishTo == 'none') {
       return false;
     }

     final String pubspecGitPath = p.posix.joinAll(path.split(path.relative(
         package.pubspecFile.absolute.path,
         from: (await gitDir).path)));
     final GitVersionFinder gitVersionFinder = await retrieveVersionFinder();
     final Version? previousVersion =
         await gitVersionFinder.getPackageVersion(pubspecGitPath);
     if (previousVersion == null) {
       // The plugin is new, so nothing can be depending on it yet.
       return false;
     }
     final Version newVersion = pubspec.version!;
     if ((newVersion.major > 0 && newVersion.major != previousVersion.major) ||
         (newVersion.major == 0 && newVersion.minor != previousVersion.minor)) {
       // Breaking changes aren't targeted since they won't be picked up
       // automatically.
       return false;
     }
     return newVersion != previousVersion;
   }
 }
	// Copyright 2013 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 'package:file/file.dart';
	import 'package:git/git.dart';
	import 'package:path/path.dart' as p;
	import 'package:pub_semver/pub_semver.dart';
	import 'package:pubspec_parse/pubspec_parse.dart';
	import 'package:yaml/yaml.dart';
	import 'package:yaml_edit/yaml_edit.dart';

	import 'common/core.dart';
	import 'common/git_version_finder.dart';
	import 'common/package_command.dart';
	import 'common/repository_package.dart';

	const int _exitPackageNotFound = 3;

	/// Converts all dependencies on target packages to path-based dependencies.
	///
	/// This is to allow for pre-publish testing of changes that could affect other
	/// packages in the repository. For instance, this allows for catching cases
	/// where a non-breaking change to a platform interface package of a federated
	/// plugin would cause post-publish analyzer failures in another package of that
	/// plugin.
	class MakeDepsPathBasedCommand extends PackageCommand {
	/// Creates an instance of the command to convert selected dependencies to
	/// path-based.
	MakeDepsPathBasedCommand(
	Directory packagesDir, {
	GitDir? gitDir,
	}) : super(packagesDir, gitDir: gitDir) {
	argParser.addMultiOption(_targetDependenciesArg,
	help:
	'The names of the packages to convert to path-based dependencies.\n'
	'Ignored if --$_targetDependenciesWithNonBreakingUpdatesArg is '
	'passed.',
	valueHelp: 'some_package');
	argParser.addFlag(
	_targetDependenciesWithNonBreakingUpdatesArg,
	help: 'Causes all packages that have non-breaking version changes '
	'when compared against the git base to be treated as target '
	'packages.\n\nOnly packages with dependency constraints that allow '
	'the new version of a given target package will be updated. E.g., '
	'if package A depends on B: ^1.0.0, and B is updated from 2.0.0 to '
	'2.0.1, the dependency on B in A will not become path based.',
	);
	}

	static const String _targetDependenciesArg = 'target-dependencies';
	static const String _targetDependenciesWithNonBreakingUpdatesArg =
	'target-dependencies-with-non-breaking-updates';

	// The comment to add to temporary dependency overrides.
	//
	// Includes a reference to the docs so that reviewers who aren't familiar with
	// the federated plugin change process don't think it's a mistake.
	static const String _dependencyOverrideWarningComment =
	'# FOR TESTING AND INITIAL REVIEW ONLY. DO NOT MERGE.\n'
	'# See https://github.com/flutter/flutter/wiki/Contributing-to-Plugins-and-Packages#changing-federated-plugins';

	@override
	final String name = 'make-deps-path-based';

	@override
	final String description =
	'Converts package dependencies to path-based references.';

	@override
	Future<void> run() async {
	final bool targetByVersion =
	getBoolArg(_targetDependenciesWithNonBreakingUpdatesArg);
	final Set<String> targetDependencies = targetByVersion
	? await _getNonBreakingUpdatePackages()
	: getStringListArg(_targetDependenciesArg).toSet();

	if (targetDependencies.isEmpty) {
	print('No target dependencies; nothing to do.');
	return;
	}
	print('Rewriting references to: ${targetDependencies.join(', ')}...');

	final Map<String, RepositoryPackage> localDependencyPackages =
	_findLocalPackages(targetDependencies);
	// For targeting by version change, find the versions of the target
	// dependencies.
	final Map<String, Version?> localPackageVersions = targetByVersion
	? <String, Version?>{
	for (final RepositoryPackage package
	in localDependencyPackages.values)
	package.directory.basename: package.parsePubspec().version
	}
	: <String, Version>{};

	final String repoRootPath = (await gitDir).path;
	for (final File pubspec in await _getAllPubspecs()) {
	final String displayPath = p.posix.joinAll(
	path.split(path.relative(pubspec.absolute.path, from: repoRootPath)));
	final bool changed = await _addDependencyOverridesIfNecessary(
	RepositoryPackage(pubspec.parent),
	localDependencyPackages,
	localPackageVersions);
	if (changed) {
	print(' Modified $displayPath');
	}
	}
	}

	Map<String, RepositoryPackage> _findLocalPackages(Set<String> packageNames) {
	final Map<String, RepositoryPackage> targets =
	<String, RepositoryPackage>{};
	for (final String packageName in packageNames) {
	final Directory topLevelCandidate =
	packagesDir.childDirectory(packageName);
	// If packages/<packageName>/ exists, then either that directory is the
	// package, or packages/<packageName>/<packageName>/ exists and is the
	// package (in the case of a federated plugin).
	if (topLevelCandidate.existsSync()) {
	final Directory appFacingCandidate =
	topLevelCandidate.childDirectory(packageName);
	targets[packageName] = RepositoryPackage(appFacingCandidate.existsSync()
	? appFacingCandidate
	: topLevelCandidate);
	continue;
	}
	// If there is no packages/<packageName> directory, then either the
	// packages doesn't exist, or it is a sub-package of a federated plugin.
	// If it's the latter, it will be a directory whose name is a prefix.
	for (final FileSystemEntity entity in packagesDir.listSync()) {
	if (entity is Directory && packageName.startsWith(entity.basename)) {
	final Directory subPackageCandidate =
	entity.childDirectory(packageName);
	if (subPackageCandidate.existsSync()) {
	targets[packageName] = RepositoryPackage(subPackageCandidate);
	break;
	}
	}
	}

	if (!targets.containsKey(packageName)) {
	printError('Unable to find package "$packageName"');
	throw ToolExit(_exitPackageNotFound);
	}
	}
	return targets;
	}

	/// If [pubspecFile] has any dependencies on packages in [localDependencies],
	/// adds dependency_overrides entries to redirect them to the local version
	/// using path-based dependencies.
	///
	/// Returns true if any overrides were added.
	///
	/// If [additionalPackagesToOverride] are provided, they will get
	/// dependency_overrides even if there is no direct dependency. This is
	/// useful for overriding transitive dependencies.
	Future<bool> _addDependencyOverridesIfNecessary(
	RepositoryPackage package,
	Map<String, RepositoryPackage> localDependencies,
	Map<String, Version?> versions, {
	Iterable<String> additionalPackagesToOverride = const <String>{},
	}) async {
	final String pubspecContents = package.pubspecFile.readAsStringSync();

	// Returns true if [dependency] allows a dependency on [version]. Always
	// returns true if [version] is null, to err on the side of assuming it
	// will apply in cases where we don't have a target version.
	bool allowsVersion(Dependency dependency, Version? version) {
	return version == null \|\|
	dependency is! HostedDependency \|\|
	dependency.version.allows(version);
	}

	// Determine the dependencies to be overridden.
	final Pubspec pubspec = Pubspec.parse(pubspecContents);
	final Iterable<String> combinedDependencies = <String>[
	// Filter out any dependencies with version constraint that wouldn't allow
	// the target if published.
	...<MapEntry<String, Dependency>>[
	...pubspec.dependencies.entries,
	...pubspec.devDependencies.entries,
	]
	.where((MapEntry<String, Dependency> element) =>
	allowsVersion(element.value, versions[element.key]))
	.map((MapEntry<String, Dependency> entry) => entry.key),
	...additionalPackagesToOverride,
	];
	final List<String> packagesToOverride = combinedDependencies
	.where(
	(String packageName) => localDependencies.containsKey(packageName))
	.toList();
	// Sort the combined list to avoid sort_pub_dependencies lint violations.
	packagesToOverride.sort();

	if (packagesToOverride.isEmpty) {
	return false;
	}

	// Find the relative path to the common base.
	final String commonBasePath = packagesDir.path;
	final int packageDepth = path
	.split(path.relative(package.directory.absolute.path,
	from: commonBasePath))
	.length;
	final List<String> relativeBasePathComponents =
	List<String>.filled(packageDepth, '..');

	// Add the overrides.
	final YamlEditor editablePubspec = YamlEditor(pubspecContents);
	final YamlNode root = editablePubspec.parseAt(<String>[]);
	const String dependencyOverridesKey = 'dependency_overrides';
	// Ensure that there's a `dependencyOverridesKey` entry to update.
	if ((root as YamlMap)[dependencyOverridesKey] == null) {
	editablePubspec.update(<String>[dependencyOverridesKey], YamlMap());
	}
	for (final String packageName in packagesToOverride) {
	// Find the relative path from the common base to the local package.
	final List<String> repoRelativePathComponents = path.split(path.relative(
	localDependencies[packageName]!.path,
	from: commonBasePath));
	editablePubspec.update(<String>[
	dependencyOverridesKey,
	packageName
	], <String, String>{
	'path': p.posix.joinAll(<String>[
	...relativeBasePathComponents,
	...repoRelativePathComponents,
	])
	});
	}

	// Add the warning if it's not already there.
	String newContent = editablePubspec.toString();
	if (!newContent.contains(_dependencyOverrideWarningComment)) {
	newContent = newContent.replaceFirst('$dependencyOverridesKey:', '''

	$_dependencyOverrideWarningComment
	$dependencyOverridesKey:
	''');
	}

	// Write the new pubspec.
	package.pubspecFile.writeAsStringSync(newContent);

	// Update any examples. This is important for cases like integration tests
	// of app-facing packages in federated plugins, where the app-facing
	// package depends directly on the implementation packages, but the
	// example app doesn't. Since integration tests are run in the example app,
	// it needs the overrides in order for tests to pass.
	for (final RepositoryPackage example in package.getExamples()) {
	_addDependencyOverridesIfNecessary(example, localDependencies, versions,
	additionalPackagesToOverride: packagesToOverride);
	}

	return true;
	}

	/// Returns all pubspecs anywhere under the packages directory.
	Future<List<File>> _getAllPubspecs() => packagesDir.parent
	.list(recursive: true, followLinks: false)
	.where((FileSystemEntity entity) =>
	entity is File && p.basename(entity.path) == 'pubspec.yaml')
	.map((FileSystemEntity file) => file as File)
	.toList();

	/// Returns all packages that have non-breaking published changes (i.e., a
	/// minor or bugfix version change) relative to the git comparison base.
	///
	/// Prints status information about what was checked for ease of auditing logs
	/// in CI.
	Future<Set<String>> _getNonBreakingUpdatePackages() async {
	final GitVersionFinder gitVersionFinder = await retrieveVersionFinder();
	final String baseSha = await gitVersionFinder.getBaseSha();
	print('Finding changed packages relative to "$baseSha"...');

	final Set<String> changedPackages = <String>{};
	for (final String changedPath in await gitVersionFinder.getChangedFiles()) {
	// Git output always uses Posix paths.
	final List<String> allComponents = p.posix.split(changedPath);
	// Only pubspec changes are potential publishing events.
	if (allComponents.last != 'pubspec.yaml' \|\|
	allComponents.contains('example')) {
	continue;
	}
	if (!allComponents.contains(packagesDir.basename)) {
	print(' Skipping $changedPath; not in packages directory.');
	continue;
	}
	final RepositoryPackage package =
	RepositoryPackage(packagesDir.fileSystem.file(changedPath).parent);
	// Ignored deleted packages, as they won't be published.
	if (!package.pubspecFile.existsSync()) {
	final String directoryName = p.posix.joinAll(path.split(path.relative(
	package.directory.absolute.path,
	from: packagesDir.path)));
	print(' Skipping $directoryName; deleted.');
	continue;
	}
	final String packageName = package.parsePubspec().name;
	if (!await _hasNonBreakingVersionChange(package)) {
	// Log packages that had pubspec changes but weren't included for ease
	// of auditing CI.
	print(' Skipping $packageName; no non-breaking version change.');
	continue;
	}
	changedPackages.add(packageName);
	}
	return changedPackages;
	}

	Future<bool> _hasNonBreakingVersionChange(RepositoryPackage package) async {
	final Pubspec pubspec = package.parsePubspec();
	if (pubspec.publishTo == 'none') {
	return false;
	}

	final String pubspecGitPath = p.posix.joinAll(path.split(path.relative(
	package.pubspecFile.absolute.path,
	from: (await gitDir).path)));
	final GitVersionFinder gitVersionFinder = await retrieveVersionFinder();
	final Version? previousVersion =
	await gitVersionFinder.getPackageVersion(pubspecGitPath);
	if (previousVersion == null) {
	// The plugin is new, so nothing can be depending on it yet.
	return false;
	}
	final Version newVersion = pubspec.version!;
	if ((newVersion.major > 0 && newVersion.major != previousVersion.major) \|\|
	(newVersion.major == 0 && newVersion.minor != previousVersion.minor)) {
	// Breaking changes aren't targeted since they won't be picked up
	// automatically.
	return false;
	}
	return newVersion != previousVersion;
	}
	}