blob: 28bd71b41b09b8c1bfd067453a10f3f6f2a0f3a8 [file] [log] [blame]
// Copyright (c) 2018, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.
import 'dart:async';
import 'package:analysis_server/lsp_protocol/protocol.dart';
import 'package:analysis_server/src/lsp/constants.dart';
import 'package:analysis_server/src/lsp/json_parsing.dart';
import 'package:analysis_server/src/lsp/server_capabilities_computer.dart';
import 'package:analysis_server/src/plugin/plugin_manager.dart';
import 'package:analyzer/file_system/memory_file_system.dart';
import 'package:test/test.dart';
import 'package:test_reflective_loader/test_reflective_loader.dart';
import 'server_abstract.dart';
void main() {
defineReflectiveSuite(() {
defineReflectiveTests(InitializationTest);
defineReflectiveTests(SlowInitializationTest);
});
}
@reflectiveTest
class InitializationTest extends AbstractLspAnalysisServerTest {
/// Waits for any in-progress analysis context rebuild.
///
/// Pumps the event queue before and after, to ensure any server code that
/// runs after the rebuild has had chance to run.
Future<void> get contextRebuildComplete async {
await pumpEventQueue(times: 5000);
await server.analysisContextsRebuilt;
await pumpEventQueue(times: 5000);
}
TextDocumentRegistrationOptions registrationOptionsFor(
List<Registration> registrations,
Method method,
) {
return TextDocumentRegistrationOptions.fromJson(
registrationFor(registrations, method)?.registerOptions
as Map<String, Object?>);
}
Future<void> test_bazelWorkspace() async {
var workspacePath = '/home/user/ws';
// Make it a Bazel workspace.
newFile(convertPath('$workspacePath/WORKSPACE'), '');
var packagePath = '$workspacePath/team/project1';
// Make it a Blaze project.
newFile(convertPath('$packagePath/BUILD'), '');
final file1 = convertPath('$packagePath/lib/file1.dart');
newFile(file1, '');
await initialize(allowEmptyRootUri: true);
// Expect that context manager includes a whole package.
await openFile(Uri.file(file1), '');
expect(server.contextManager.includedPaths,
equals([convertPath(packagePath)]));
}
Future<void> test_completionRegistrations_triggerCharacters() async {
final registrations = <Registration>[];
final initResponse = await monitorDynamicRegistrations(
registrations,
() => initialize(
// Support dynamic registration for everything we support.
textDocumentCapabilities:
withAllSupportedTextDocumentDynamicRegistrations(
emptyTextDocumentClientCapabilities),
workspaceCapabilities: withAllSupportedWorkspaceDynamicRegistrations(
emptyWorkspaceClientCapabilities),
),
);
final initResult =
InitializeResult.fromJson(initResponse.result as Map<String, Object?>);
expect(initResult.capabilities, isNotNull);
// Check Dart-only registration.
final dartRegistration =
registrationForDart(registrations, Method.textDocument_completion);
final dartOptions = CompletionRegistrationOptions.fromJson(
dartRegistration.registerOptions as Map<String, Object?>);
expect(dartOptions.documentSelector, hasLength(1));
expect(dartOptions.documentSelector![0].language, dartLanguageId);
expect(dartOptions.triggerCharacters, isNotEmpty);
// Check non-Dart registration.
final nonDartRegistration = registrations.singleWhere((r) =>
r.method == Method.textDocument_completion.toJson() &&
r != dartRegistration);
final nonDartOptions = CompletionRegistrationOptions.fromJson(
nonDartRegistration.registerOptions as Map<String, Object?>);
final otherLanguages = nonDartOptions.documentSelector!
.map((selector) => selector.language)
.toList();
expect(otherLanguages, isNot(contains('dart')));
expect(nonDartOptions.triggerCharacters, isNull);
}
Future<void> test_completionRegistrations_withDartPlugin() async {
// This tests for a bug that occurred with an analysis server plugin
// that works on Dart files. When computing completion registrations we
// usually have separate registrations for Dart + non-Dart to account for
// different trigger characters. However, the plugin types were all being
// included in the non-Dart registration even if they included Dart.
//
// The result was two registrations including Dart, which caused duplicate
// requests for Dart completions, which resulted in duplicate items
// appearing in the editor.
// Track all current registrations.
final registrations = <Registration>[];
// Perform normal registration (without plugins) to get the initial set.
await monitorDynamicRegistrations(
registrations,
() => initialize(
textDocumentCapabilities:
withAllSupportedTextDocumentDynamicRegistrations(
emptyTextDocumentClientCapabilities),
),
);
// Expect only a single registration that includes Dart files.
expect(
registrationsForDart(registrations, Method.textDocument_completion),
hasLength(1),
);
// Monitor the unregistration/new registrations during the plugin activation.
await monitorDynamicReregistration(registrations, () async {
final plugin = configureTestPlugin();
plugin.currentSession = PluginSession(plugin)
..interestingFiles = ['*.dart'];
pluginManager.pluginsChangedController.add(null);
});
// Expect that there is still only a single registration for Dart.
expect(
registrationsForDart(registrations, Method.textDocument_completion),
hasLength(1),
);
}
Future<void> test_dynamicRegistration_areNotInterleaved() async {
// Some of the issues in https://github.com/dart-lang/sdk/issues/47851
// (duplicate hovers/code actions/etc.) were caused by duplicate
// registrations. This happened when we tried to rebuild registrations
// concurrently as the code would:
//
// 1. compute the new set of registrations
// 2. compute which had changed
// 3. send _and await_ the unregistration
// 4. send _and await_ the new registration
//
// If the code was triggered multiple times concurrently, it was possible
// for step 3 in second request to occur before step 4 in the first, which
// would result in unregistrations being sent for registrations that had
// not been sent. They would be silently dropped, and then we'd end up with
// multiple registrations.
//
// This test triggers the rebuild via pluginManager.pluginsChangedController
// multiple times and ensures the events all arrive in the correct order,
// that is, no unregistration ever contains the ID of something that is not
// currently registered.
final registrations = <Registration>[];
await monitorDynamicRegistrations(
registrations,
() => initialize(
textDocumentCapabilities:
withAllSupportedTextDocumentDynamicRegistrations(
emptyTextDocumentClientCapabilities)),
);
final knownRegistrationsIds =
registrations.map((registration) => registration.id).toSet();
final numberOfReregistrations = 10;
// Listen to incoming registrations, ensure they're not in the set, and add
// them.
final registrationsDone = requestsFromServer
.where((n) => n.method == Method.client_registerCapability)
.take(numberOfReregistrations)
.listen((request) {
respondTo(request, null);
final registrations =
RegistrationParams.fromJson(request.params as Map<String, Object?>)
.registrations;
for (final registration in registrations) {
final id = registration.id;
if (!knownRegistrationsIds.add(id)) {
throw 'Registration $id was already in the existing set!';
}
}
}).asFuture();
// Listen to incoming unregistrations, verify they're in the set, and remove
// them.
final unregistrationsDone = requestsFromServer
.where((n) => n.method == Method.client_unregisterCapability)
.take(numberOfReregistrations)
.listen((request) {
respondTo(request, null);
final unregistrations =
UnregistrationParams.fromJson(request.params as Map<String, Object?>)
.unregisterations;
for (final unregistration in unregistrations) {
final id = unregistration.id;
if (!knownRegistrationsIds.remove(id)) {
throw 'Registration $id was not in the existing set!';
}
}
}).asFuture();
// Trigger multiple plugin events that will rebuild the registrations.
for (var i = 0; i < numberOfReregistrations; i++) {
final plugin = configureTestPlugin();
plugin.currentSession = PluginSession(plugin);
// Ensure they have different file types so the registrations change,
// otherwise they will be optimised out as not changing.
plugin.currentSession!.interestingFiles = ['*.foo$i'];
pluginManager.pluginsChangedController.add(null);
await null; // Allow the server to begin processing the change.
}
// Wait for both streams to have handled all of the numberOfReregistrations
// expected events (without throwing).
await Future.wait([registrationsDone, unregistrationsDone]);
}
Future<void> test_dynamicRegistration_containsAppropriateSettings() async {
// Basic check that the server responds with the capabilities we'd expect,
// for ex including analysis_options.yaml in text synchronization but not
// for hovers.
final registrations = <Registration>[];
final initResponse = await monitorDynamicRegistrations(
registrations,
() => initialize(
// Support dynamic registration for both text sync + hovers.
textDocumentCapabilities: withTextSyncDynamicRegistration(
withHoverDynamicRegistration(emptyTextDocumentClientCapabilities)),
// And also file operations.
workspaceCapabilities: withFileOperationDynamicRegistration(
emptyWorkspaceClientCapabilities),
),
);
// Because we support dynamic registration for synchronization, we won't send
// static registrations for them.
// https://github.com/dart-lang/sdk/issues/38490
final initResult =
InitializeResult.fromJson(initResponse.result as Map<String, Object?>);
expect(initResult.serverInfo!.name, 'Dart SDK LSP Analysis Server');
expect(initResult.serverInfo!.version, isNotNull);
expect(initResult.capabilities, isNotNull);
expect(initResult.capabilities.textDocumentSync, isNull);
// Should contain Hover, DidOpen, DidClose, DidChange, WillRenameFiles.
expect(registrations, hasLength(5));
final hover =
registrationOptionsFor(registrations, Method.textDocument_hover);
final change =
registrationOptionsFor(registrations, Method.textDocument_didChange);
final rename = FileOperationRegistrationOptions.fromJson(
registrationFor(registrations, Method.workspace_willRenameFiles)
?.registerOptions as Map<String, Object?>);
expect(registrationOptionsFor(registrations, Method.textDocument_didOpen),
isNotNull);
expect(registrationOptionsFor(registrations, Method.textDocument_didClose),
isNotNull);
// The hover capability should only specific Dart.
expect(hover, isNotNull);
expect(hover.documentSelector, hasLength(1));
expect(hover.documentSelector!.single.language, equals('dart'));
// didChange should also include pubspec + analysis_options.
expect(change, isNotNull);
expect(change.documentSelector, hasLength(greaterThanOrEqualTo(3)));
expect(change.documentSelector!.any((ds) => ds.language == 'dart'), isTrue);
expect(
change.documentSelector!.any((ds) => ds.pattern == '**/pubspec.yaml'),
isTrue);
expect(
change.documentSelector!
.any((ds) => ds.pattern == '**/analysis_options.yaml'),
isTrue);
expect(rename,
equals(ServerCapabilitiesComputer.fileOperationRegistrationOptions));
}
Future<void> test_dynamicRegistration_notSupportedByClient() async {
// If the client doesn't send any dynamicRegistration settings then there
// should be no `client/registerCapability` calls.
// Set a flag if any registerCapability request comes through.
var didGetRegisterCapabilityRequest = false;
requestsFromServer
.where((n) => n.method == Method.client_registerCapability)
.listen((_) => didGetRegisterCapabilityRequest = true);
// Initialize with no dynamic registrations advertised.
final initResponse = await initialize();
await pumpEventQueue();
final initResult =
InitializeResult.fromJson(initResponse.result as Map<String, Object?>);
expect(initResult.capabilities, isNotNull);
// When dynamic registration is not supported, we will always statically
// request text document open/close and incremental updates.
expect(initResult.capabilities.textDocumentSync, isNotNull);
initResult.capabilities.textDocumentSync!.map(
(_) =>
throw 'Expected textDocumentSync capabilities to be a TextDocumentSyncOptions',
(options) {
expect(options.openClose, isTrue);
expect(options.change, equals(TextDocumentSyncKind.Incremental));
},
);
expect(initResult.capabilities.callHierarchyProvider, isNotNull);
expect(initResult.capabilities.completionProvider, isNotNull);
expect(initResult.capabilities.hoverProvider, isNotNull);
expect(initResult.capabilities.signatureHelpProvider, isNotNull);
expect(initResult.capabilities.referencesProvider, isNotNull);
expect(initResult.capabilities.colorProvider, isNotNull);
expect(initResult.capabilities.documentHighlightProvider, isNotNull);
expect(initResult.capabilities.documentFormattingProvider, isNotNull);
expect(initResult.capabilities.documentOnTypeFormattingProvider, isNotNull);
expect(initResult.capabilities.documentRangeFormattingProvider, isNotNull);
expect(initResult.capabilities.definitionProvider, isNotNull);
expect(initResult.capabilities.codeActionProvider, isNotNull);
expect(initResult.capabilities.renameProvider, isNotNull);
expect(initResult.capabilities.foldingRangeProvider, isNotNull);
expect(initResult.capabilities.workspace!.fileOperations!.willRename,
equals(ServerCapabilitiesComputer.fileOperationRegistrationOptions));
expect(initResult.capabilities.selectionRangeProvider, isNotNull);
expect(initResult.capabilities.semanticTokensProvider, isNotNull);
expect(didGetRegisterCapabilityRequest, isFalse);
}
Future<void> test_dynamicRegistration_onlyForClientSupportedMethods() async {
// Check that when the server calls client/registerCapability it only includes
// the items we advertised dynamic registration support for.
final registrations = <Registration>[];
await monitorDynamicRegistrations(
registrations,
() => initialize(
textDocumentCapabilities: withHoverDynamicRegistration(
emptyTextDocumentClientCapabilities)),
);
expect(registrations, hasLength(1));
expect(registrations.single.method,
equals(Method.textDocument_hover.toJson()));
}
Future<void> test_dynamicRegistration_suppressesStaticRegistration() async {
// If the client sends dynamicRegistration settings then there
// should not be static registrations for the same capabilities.
final registrations = <Registration>[];
final initResponse = await monitorDynamicRegistrations(
registrations,
() => initialize(
// Support dynamic registration for everything we support.
textDocumentCapabilities:
withAllSupportedTextDocumentDynamicRegistrations(
emptyTextDocumentClientCapabilities),
workspaceCapabilities: withAllSupportedWorkspaceDynamicRegistrations(
emptyWorkspaceClientCapabilities),
),
);
final initResult =
InitializeResult.fromJson(initResponse.result as Map<String, Object?>);
expect(initResult.capabilities, isNotNull);
// Ensure no static registrations. This list should include all server equivalents
// of the dynamic registrations listed in `ClientDynamicRegistrations.supported`.
expect(initResult.capabilities.textDocumentSync, isNull);
expect(initResult.capabilities.callHierarchyProvider, isNull);
expect(initResult.capabilities.completionProvider, isNull);
expect(initResult.capabilities.hoverProvider, isNull);
expect(initResult.capabilities.signatureHelpProvider, isNull);
expect(initResult.capabilities.referencesProvider, isNull);
expect(initResult.capabilities.colorProvider, isNull);
expect(initResult.capabilities.documentHighlightProvider, isNull);
expect(initResult.capabilities.documentFormattingProvider, isNull);
expect(initResult.capabilities.documentOnTypeFormattingProvider, isNull);
expect(initResult.capabilities.documentRangeFormattingProvider, isNull);
expect(initResult.capabilities.definitionProvider, isNull);
expect(initResult.capabilities.codeActionProvider, isNull);
expect(initResult.capabilities.renameProvider, isNull);
expect(initResult.capabilities.foldingRangeProvider, isNull);
expect(initResult.capabilities.workspace!.fileOperations, isNull);
expect(initResult.capabilities.selectionRangeProvider, isNull);
expect(initResult.capabilities.semanticTokensProvider, isNull);
// Ensure all expected dynamic registrations.
for (final expectedRegistration in ClientDynamicRegistrations.supported) {
// We have two completion registrations (to handle different trigger
// characters), so exclude that here and check it manually below.
if (expectedRegistration == Method.textDocument_completion) {
continue;
}
final registration =
registrationOptionsFor(registrations, expectedRegistration);
expect(registration, isNotNull,
reason: 'Missing dynamic registration for $expectedRegistration');
}
// Check the were two completion registrations.
final completionRegistrations = registrations
.where((reg) => reg.method == Method.textDocument_completion.toJson());
expect(completionRegistrations, hasLength(2));
}
Future<void> test_dynamicRegistration_unregistersOutdatedAfterChange() async {
// Initialize by supporting dynamic registrations everywhere
final registrations = <Registration>[];
await monitorDynamicRegistrations(
registrations,
() => initialize(
textDocumentCapabilities:
withAllSupportedTextDocumentDynamicRegistrations(
emptyTextDocumentClientCapabilities)),
);
final unregisterRequest =
await expectRequest(Method.client_unregisterCapability, () {
final plugin = configureTestPlugin();
plugin.currentSession = PluginSession(plugin)
..interestingFiles = ['*.foo'];
pluginManager.pluginsChangedController.add(null);
});
final unregistrations = UnregistrationParams.fromJson(
unregisterRequest.params as Map<String, Object?>)
.unregisterations;
// folding method should have been unregistered as the server now supports
// *.foo files for it as well.
final registrationIdForFolding = registrations
.singleWhere((r) => r.method == 'textDocument/foldingRange')
.id;
expect(
unregistrations,
contains(isA<Unregistration>()
.having((r) => r.method, 'method', 'textDocument/foldingRange')
.having((r) => r.id, 'id', registrationIdForFolding)),
);
}
Future<void> test_dynamicRegistration_updatesWithPlugins() async {
await initialize(
textDocumentCapabilities:
extendTextDocumentCapabilities(emptyTextDocumentClientCapabilities, {
'foldingRange': {'dynamicRegistration': true},
}),
);
// The server will send an unregister request followed by another register
// request to change document filter on folding. We need to respond to the
// unregister request as the server awaits that.
// This is set up as a future callback and should not be awaited here.
unawaited(requestsFromServer
.firstWhere((r) => r.method == Method.client_unregisterCapability)
.then((request) {
respondTo(request, null);
}));
final request = await expectRequest(Method.client_registerCapability, () {
final plugin = configureTestPlugin();
plugin.currentSession = PluginSession(plugin)
..interestingFiles = ['*.sql'];
pluginManager.pluginsChangedController.add(null);
});
final registrations =
RegistrationParams.fromJson(request.params as Map<String, Object?>)
.registrations;
final documentFilterSql =
TextDocumentFilterWithScheme(scheme: 'file', pattern: '**/*.sql');
final documentFilterDart =
TextDocumentFilterWithScheme(language: 'dart', scheme: 'file');
expect(
registrations,
contains(isA<Registration>()
.having((r) => r.method, 'method', 'textDocument/foldingRange')
.having(
(r) => TextDocumentRegistrationOptions.fromJson(
r.registerOptions as Map<String, Object?>)
.documentSelector,
'registerOptions.documentSelector',
containsAll([documentFilterSql, documentFilterDart]),
)),
);
}
/// Tests that when there are no explicit analysis roots (instead they are
/// implied by open files), requests for open files are successful even if
/// sent _immediately_ after opening the file.
///
/// https://github.com/Dart-Code/Dart-Code/issues/3929
///
/// This test uses getDocumentSymbols which requires a resolved result.
Future<void>
test_emptyAnalysisRoots_handlesFileRequestsImmediately_resolved() async {
const content = 'void f() {}';
final file1 = join(projectFolderPath, 'file1.dart');
final file1Uri = Uri.file(file1);
newFile(file1, content);
newPubspecYamlFile(projectFolderPath, '');
await initialize(allowEmptyRootUri: true);
unawaited(openFile(file1Uri, content)); // Don't wait
final result = await getDocumentSymbols(file1Uri);
final symbols = result.map(
(docSymbols) => docSymbols,
(symbolInfos) => symbolInfos,
);
expect(symbols, hasLength(1));
}
/// Tests that when there are no explicit analysis roots (instead they are
/// implied by open files), requests for open files are successful even if
/// sent _immediately_ after opening the file.
///
/// https://github.com/Dart-Code/Dart-Code/issues/3929
///
/// This test uses getSelectionRanges which requires only a parsed result.
Future<void>
test_emptyAnalysisRoots_handlesFileRequestsImmediately_unresolved() async {
const content = 'void f() {}';
final file1 = join(projectFolderPath, 'file1.dart');
final file1Uri = Uri.file(file1);
newFile(file1, content);
newPubspecYamlFile(projectFolderPath, '');
await initialize(allowEmptyRootUri: true);
unawaited(openFile(file1Uri, content)); // Don't wait
final result = await getSelectionRanges(file1Uri, [startOfDocPos]);
expect(result, hasLength(1));
}
Future<void> test_emptyAnalysisRoots_multipleOpenFiles() async {
final file1 = join(projectFolderPath, 'file1.dart');
final file1Uri = Uri.file(file1);
newFile(file1, '');
final file2 = join(projectFolderPath, 'file2.dart');
final file2Uri = Uri.file(file2);
newFile(file2, '');
newPubspecYamlFile(projectFolderPath, '');
await initialize(allowEmptyRootUri: true);
// Opening both files should only add the project folder once.
await openFile(file1Uri, '');
await openFile(file2Uri, '');
await contextRebuildComplete;
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
// Closing only one of the files should not remove the project folder
// since there are still open files.
resetContextBuildCounter();
await closeFile(file1Uri);
await pumpEventQueue(times: 5000);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
expectNoContextBuilds();
// Closing the last file should remove the project folder and remove
// the context.
resetContextBuildCounter();
await closeFile(file2Uri);
await contextRebuildComplete;
expect(server.contextManager.includedPaths, equals([]));
expect(server.contextManager.driverMap, hasLength(0));
expectContextBuilds();
}
Future<void> test_emptyAnalysisRoots_projectWithoutPubspec() async {
projectFolderPath = convertPath('/home/empty');
final nestedFilePath = join(
projectFolderPath, 'nested', 'deeply', 'in', 'folders', 'test.dart');
final nestedFileUri = Uri.file(nestedFilePath);
newFile(nestedFilePath, '');
// The project folder shouldn't be added to start with.
await initialize(allowEmptyRootUri: true);
expect(server.contextManager.includedPaths, equals([]));
// Opening the file will add a root for it.
await openFile(nestedFileUri, '');
expect(server.contextManager.includedPaths, equals([nestedFilePath]));
}
Future<void> test_emptyAnalysisRoots_projectWithPubspec() async {
final nestedFilePath = join(
projectFolderPath, 'nested', 'deeply', 'in', 'folders', 'test.dart');
final nestedFileUri = Uri.file(nestedFilePath);
newFile(nestedFilePath, '');
newPubspecYamlFile(projectFolderPath, '');
// The project folder shouldn't be added to start with.
await initialize(allowEmptyRootUri: true);
expect(server.contextManager.includedPaths, equals([]));
// Opening a file nested within the project should add the project folder.
await openFile(nestedFileUri, '');
await contextRebuildComplete;
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
// Ensure the file was cached in each driver. This happens as a result of
// adding to priority files, but if that's done before the file is in an
// analysis root it will not occur.
// https://github.com/dart-lang/sdk/issues/37338
for (var driver in server.driverMap.values) {
expect(driver.getCachedResult(nestedFilePath), isNotNull);
}
// Closing the file should remove it.
await closeFile(nestedFileUri);
expect(server.contextManager.includedPaths, equals([]));
}
Future<void> test_excludedFolders_absolute() async {
final excludedFolderPath = join(projectFolderPath, 'excluded');
await provideConfig(
() => initialize(
workspaceCapabilities:
withConfigurationSupport(emptyWorkspaceClientCapabilities)),
// Exclude the folder with a relative path.
{
'analysisExcludedFolders': [excludedFolderPath]
},
);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
expect(server.contextManager.excludedPaths, equals([excludedFolderPath]));
}
Future<void> test_excludedFolders_nonList() async {
final excludedFolderPath = join(projectFolderPath, 'excluded');
await provideConfig(
() => initialize(
workspaceCapabilities:
withConfigurationSupport(emptyWorkspaceClientCapabilities)),
// Include a single string instead of an array since it's an easy mistake
// to make without editor validation of settings.
{'analysisExcludedFolders': 'excluded'},
);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
expect(server.contextManager.excludedPaths, equals([excludedFolderPath]));
}
Future<void> test_excludedFolders_relative() async {
final excludedFolderPath = join(projectFolderPath, 'excluded');
await provideConfig(
() => initialize(
workspaceCapabilities:
withConfigurationSupport(emptyWorkspaceClientCapabilities)),
// Exclude the folder with a relative path.
{
'analysisExcludedFolders': ['excluded']
},
);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
expect(server.contextManager.excludedPaths, equals([excludedFolderPath]));
}
Future<void> test_initialize() async {
final response = await initialize();
expect(response, isNotNull);
expect(response.error, isNull);
expect(response.result, isNotNull);
expect(InitializeResult.canParse(response.result, nullLspJsonReporter),
isTrue);
final result =
InitializeResult.fromJson(response.result as Map<String, Object?>);
expect(result.capabilities, isNotNull);
// Check some basic capabilities that are unlikely to change.
expect(result.capabilities.textDocumentSync, isNotNull);
result.capabilities.textDocumentSync!.map(
(_) =>
throw 'Expected textDocumentSync capabilities to be a TextDocumentSyncOptions',
(options) {
// We'll always request open/closed notifications and incremental updates.
expect(options.openClose, isTrue);
expect(options.change, equals(TextDocumentSyncKind.Incremental));
},
);
}
Future<void> test_initialize_invalidParams() async {
final params = {'processId': 'invalid'};
final request = RequestMessage(
id: Either2<int, String>.t1(1),
method: Method.initialize,
params: params,
jsonrpc: jsonRpcVersion,
);
final response = await sendRequestToServer(request);
expect(response.id, equals(request.id));
expect(response.error, isNotNull);
expect(response.error!.code, equals(ErrorCodes.InvalidParams));
expect(response.result, isNull);
}
Future<void> test_initialize_onlyAllowedOnce() async {
await initialize();
final response = await initialize(throwOnFailure: false);
expect(response, isNotNull);
expect(response.result, isNull);
expect(response.error, isNotNull);
expect(response.error!.code,
equals(ServerErrorCodes.ServerAlreadyInitialized));
}
Future<void> test_initialize_rootPath() async {
await initialize(rootPath: projectFolderPath);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_initialize_rootPath_trailingSlash() async {
await initialize(rootPath: withTrailingSlash(projectFolderPath));
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_initialize_rootUri() async {
await initialize(rootUri: projectFolderUri);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_initialize_rootUri_trailingSlash() async {
await initialize(rootUri: withTrailingSlashUri(projectFolderUri));
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_initialize_workspaceFolders() async {
await initialize(workspaceFolders: [projectFolderUri]);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_initialize_workspaceFolders_trailingSlash() async {
await initialize(
workspaceFolders: [withTrailingSlashUri(projectFolderUri)]);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_nonFileScheme_rootUri() async {
final rootUri = Uri.parse('vsls://');
final fileUri = rootUri.replace(path: '/file1.dart');
await initialize(
rootUri: rootUri,
// We expect an error notification about the invalid file we try to open.
failTestOnAnyErrorNotification: false,
);
expect(server.contextManager.includedPaths, equals([]));
// Also open a non-file file to ensure it doesn't cause the root to be added.
await openFile(fileUri, '');
expect(server.contextManager.includedPaths, equals([]));
}
Future<void> test_nonFileScheme_workspaceFolders() async {
newPubspecYamlFile(projectFolderPath, '');
final rootUri = Uri.parse('vsls://');
final fileUri = rootUri.replace(path: '/file1.dart');
await initialize(
workspaceFolders: [
rootUri,
Uri.file(projectFolderPath),
],
// We expect an error notification about the invalid file we try to open.
failTestOnAnyErrorNotification: false,
);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
// Also open a non-file file to ensure it doesn't cause the root to be added.
await openFile(fileUri, '');
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
}
Future<void> test_nonProjectFiles_basicWorkspace() async {
final file1 = convertPath('/home/nonProject/file1.dart');
newFile(file1, '');
await initialize(allowEmptyRootUri: true);
// Because the file is not in a project, it should be added itself.
await openFile(Uri.file(file1), '');
expect(server.contextManager.includedPaths, equals([file1]));
}
Future<void> test_nonProjectFiles_bazelWorkspace() async {
final file1 = convertPath('/home/nonProject/file1.dart');
newFile(file1, '');
// Make /home a bazel workspace.
newFile(convertPath('/home/WORKSPACE'), '');
await initialize(allowEmptyRootUri: true);
// Because the file is not in a project, it should be added itself.
await openFile(Uri.file(file1), '');
expect(server.contextManager.includedPaths, equals([file1]));
}
Future<void> test_onlyAnalyzeProjectsWithOpenFiles_fullyInitializes() async {
// Ensure when we use onlyAnalyzeProjectsWithOpenFiles that we still
// fully initialize (eg. capabilities are registered).
projectFolderPath = convertPath('/home/empty');
await expectRequest(
Method.client_registerCapability,
() => initialize(
rootUri: projectFolderUri,
initializationOptions: {'onlyAnalyzeProjectsWithOpenFiles': true},
// Enable some dynamic registrations, else registerCapability will not
// be called.
textDocumentCapabilities:
withAllSupportedTextDocumentDynamicRegistrations(
emptyTextDocumentClientCapabilities),
),
);
}
Future<void> test_onlyAnalyzeProjectsWithOpenFiles_multipleFiles() async {
final file1 = join(projectFolderPath, 'file1.dart');
final file1Uri = Uri.file(file1);
newFile(file1, '');
final file2 = join(projectFolderPath, 'file2.dart');
final file2Uri = Uri.file(file2);
newFile(file2, '');
newPubspecYamlFile(projectFolderPath, '');
await initialize(
rootUri: projectFolderUri,
initializationOptions: {'onlyAnalyzeProjectsWithOpenFiles': true},
);
// Opening both files should only add the project folder once.
await openFile(file1Uri, '');
await openFile(file2Uri, '');
await contextRebuildComplete;
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
expect(server.contextManager.driverMap, hasLength(1));
// Closing only one of the files should not remove the root or rebuild the context.
resetContextBuildCounter();
await closeFile(file1Uri);
await pumpEventQueue(times: 5000);
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
expect(server.contextManager.driverMap, hasLength(1));
expectNoContextBuilds();
// Closing the last file should remove the project folder and remove
// the context.
resetContextBuildCounter();
await closeFile(file2Uri);
await contextRebuildComplete;
expect(server.contextManager.includedPaths, equals([]));
expect(server.contextManager.driverMap, hasLength(0));
expectContextBuilds();
}
Future<void> test_onlyAnalyzeProjectsWithOpenFiles_withoutPubpsec() async {
projectFolderPath = convertPath('/home/empty');
final nestedFilePath = join(
projectFolderPath, 'nested', 'deeply', 'in', 'folders', 'test.dart');
final nestedFileUri = Uri.file(nestedFilePath);
newFile(nestedFilePath, '');
// The project folder shouldn't be added to start with.
await initialize(
rootUri: projectFolderUri,
initializationOptions: {'onlyAnalyzeProjectsWithOpenFiles': true},
);
expect(server.contextManager.includedPaths, equals([]));
// Opening the file should trigger it to be added.
await openFile(nestedFileUri, '');
expect(server.contextManager.includedPaths, equals([nestedFilePath]));
}
Future<void> test_onlyAnalyzeProjectsWithOpenFiles_withPubpsec() async {
final nestedFilePath = join(
projectFolderPath, 'nested', 'deeply', 'in', 'folders', 'test.dart');
final nestedFileUri = Uri.file(nestedFilePath);
newFile(nestedFilePath, '');
newPubspecYamlFile(projectFolderPath, '');
// The project folder shouldn't be added to start with.
await initialize(
rootUri: projectFolderUri,
initializationOptions: {'onlyAnalyzeProjectsWithOpenFiles': true},
);
expect(server.contextManager.includedPaths, equals([]));
// Opening a file nested within the project should cause the project folder
// to be added
await openFile(nestedFileUri, '');
await contextRebuildComplete;
expect(server.contextManager.includedPaths, equals([projectFolderPath]));
// Ensure the file was cached in each driver. This happens as a result of
// adding to priority files, but if that's done before the file is in an
// analysis root it will not occur.
// https://github.com/dart-lang/sdk/issues/37338
for (var driver in server.driverMap.values) {
expect(driver.getCachedResult(nestedFilePath), isNotNull);
}
// Closing the file should remove it.
await closeFile(nestedFileUri);
expect(server.contextManager.includedPaths, equals([]));
}
Future<void> test_uninitialized_dropsNotifications() async {
final notification =
makeNotification(Method.fromJson('randomNotification'), null);
final nextNotification = errorNotificationsFromServer.first;
channel.sendNotificationToServer(notification);
// Wait up to 1sec to ensure no error/log notifications were sent back.
var didTimeout = false;
final notificationFromServer = await nextNotification
.then<NotificationMessage?>((notification) => notification)
.timeout(
const Duration(seconds: 1),
onTimeout: () {
didTimeout = true;
return null;
},
);
expect(notificationFromServer, isNull);
expect(didTimeout, isTrue);
}
Future<void> test_uninitialized_rejectsRequests() async {
final request = makeRequest(Method.fromJson('randomRequest'), null);
final response = await channel.sendRequestToServer(request);
expect(response.id, equals(request.id));
expect(response.result, isNull);
expect(response.error, isNotNull);
expect(response.error!.code, ErrorCodes.ServerNotInitialized);
}
}
/// Runs all initialization tests with a resource provider that slowly
/// initializes watchers to simulate delays in real fs watchers.
@reflectiveTest
class SlowInitializationTest extends InitializationTest {
@override
MemoryResourceProvider resourceProvider = MemoryResourceProvider(
// Force the in-memory file watchers to be slowly initialized to emulate
// the physical watchers (for test_concurrentContextRebuilds).
delayWatcherInitialization: Duration(milliseconds: 1),
);
}