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dart / sdk / b2fdd8a34573099dba06c1efee39337bdb4020bd / . / pkg / analyzer / test / src / dart / analysis / driver_test.dart
blob: a33316e2d328ba1917b8082612ee6693c486e43a [file] [log] [blame]
// Copyright (c) 2016, 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:analyzer/dart/analysis/results.dart';
import 'package:analyzer/dart/ast/ast.dart';
import 'package:analyzer/dart/ast/visitor.dart';
import 'package:analyzer/dart/element/element.dart';
import 'package:analyzer/error/error.dart';
import 'package:analyzer/file_system/file_system.dart';
import 'package:analyzer/src/dart/analysis/analysis_context_collection.dart';
import 'package:analyzer/src/dart/analysis/driver.dart';
import 'package:analyzer/src/dart/analysis/driver_event.dart' as driver_events;
import 'package:analyzer/src/dart/analysis/file_state.dart';
import 'package:analyzer/src/dart/analysis/status.dart';
import 'package:analyzer/src/error/codes.dart';
import 'package:analyzer/src/fine/requirements.dart';
import 'package:analyzer/src/lint/linter.dart';
import 'package:analyzer/src/test_utilities/lint_registration_mixin.dart';
import 'package:analyzer/src/utilities/extensions/async.dart';
import 'package:analyzer_utilities/testing/test_support.dart';
import 'package:analyzer_utilities/testing/tree_string_sink.dart';
import 'package:linter/src/rules.dart';
import 'package:test/test.dart';
import 'package:test_reflective_loader/test_reflective_loader.dart';
import '../../../util/element_printer.dart';
import '../resolution/context_collection_resolution.dart';
import '../resolution/node_text_expectations.dart';
import '../resolution/resolution.dart';
import 'result_printer.dart';
main() {
defineReflectiveSuite(() {
defineReflectiveTests(AnalysisDriver_PubPackageTest);
defineReflectiveTests(AnalysisDriver_BlazeWorkspaceTest);
defineReflectiveTests(AnalysisDriver_LintTest);
defineReflectiveTests(FineAnalysisDriverTest);
defineReflectiveTests(UpdateNodeTextExpectations);
});
}
@reflectiveTest
class AnalysisDriver_BlazeWorkspaceTest extends BlazeWorkspaceResolutionTest {
void test_nestedLib_notCanonicalUri() async {
var outerLibPath = '$workspaceRootPath/my/outer/lib';
var innerFile = newFile('$outerLibPath/inner/lib/b.dart', 'class B {}');
var innerUri = Uri.parse('package:my.outer.lib.inner/b.dart');
var analysisSession = contextFor(innerFile).currentSession;
void assertInnerUri(ResolvedUnitResult result) {
var innerSource =
result.libraryFragment.libraryImports2
.map((import) => import.importedLibrary2?.firstFragment.source)
.nonNulls
.where(
(importedSource) => importedSource.fullName == innerFile.path,
)
.single;
expect(innerSource.uri, innerUri);
}
// Reference "inner" using a non-canonical URI.
{
var a = newFile(convertPath('$outerLibPath/a.dart'), r'''
import 'inner/lib/b.dart';
''');
var result = await analysisSession.getResolvedUnit(a.path);
result as ResolvedUnitResult;
assertInnerUri(result);
}
// Reference "inner" using the canonical URI, via relative.
{
var c = newFile('$outerLibPath/inner/lib/c.dart', r'''
import 'b.dart';
''');
var result = await analysisSession.getResolvedUnit(c.path);
result as ResolvedUnitResult;
assertInnerUri(result);
}
// Reference "inner" using the canonical URI, via absolute.
{
var d = newFile('$outerLibPath/inner/lib/d.dart', '''
import '$innerUri';
''');
var result = await analysisSession.getResolvedUnit(d.path);
result as ResolvedUnitResult;
assertInnerUri(result);
}
}
}
@reflectiveTest
class AnalysisDriver_LintTest extends PubPackageResolutionTest
with LintRegistrationMixin {
@override
void setUp() {
super.setUp();
useEmptyByteStore();
registerLintRule(_AlwaysReportedLint.instance);
writeTestPackageAnalysisOptionsFile(
analysisOptionsContent(rules: [_AlwaysReportedLint.code.name]),
);
}
@override
Future<void> tearDown() {
unregisterLintRules();
return super.tearDown();
}
test_getResolvedUnit_lint_existingFile() async {
addTestFile('');
await resolveTestFile();
// Existing/empty file triggers the lint.
_assertHasLintReported(result.errors, _AlwaysReportedLint.code.name);
}
test_getResolvedUnit_lint_notExistingFile() async {
await resolveTestFile();
// No errors for a file that doesn't exist.
assertErrorsInResult([]);
}
void _assertHasLintReported(List<AnalysisError> errors, String name) {
var matching =
errors.where((element) {
var errorCode = element.errorCode;
return errorCode is LintCode && errorCode.name == name;
}).toList();
expect(matching, hasLength(1));
}
}
@reflectiveTest
class AnalysisDriver_PubPackageTest extends PubPackageResolutionTest
with _EventsMixin {
@override
bool get retainDataForTesting => true;
@override
void setUp() {
super.setUp();
registerLintRules();
useEmptyByteStore();
}
@override
Future<void> tearDown() async {
withFineDependencies = false;
return super.tearDown();
}
test_addedFiles() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var driver = driverFor(testFile);
driver.addFile2(a);
driver.addFile2(b);
await driver.applyPendingFileChanges();
expect(driver.addedFiles2, unorderedEquals([a, b]));
driver.removeFile2(a);
await driver.applyPendingFileChanges();
expect(driver.addedFiles2, unorderedEquals([b]));
}
test_addFile() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(b);
driver.addFile2(a);
// The files are analyzed in the order of adding.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
}
test_addFile_afterRemove() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}''');
var b = newFile('$testPackageLibPath/b.dart', r'''
import 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
// Initial analysis, `b` does not use `a`, so there is a hint.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
errors
7 +8 UNUSED_IMPORT
[status] idle
''');
// Update `b` to use `a`, no more hints.
modifyFile2(b, r'''
import 'a.dart';
void f() {
A;
}
''');
// Remove and add `b`.
driver.removeFile2(b);
driver.addFile2(b);
// `b` was analyzed, no more hints.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[status] idle
''');
}
test_addFile_notAbsolutePath() async {
var driver = driverFor(testFile);
expect(() {
driver.addFile('not_absolute.dart');
}, throwsArgumentError);
}
test_addFile_priorityFiles() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var c = newFile('$testPackageLibPath/c.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.priorityFiles2 = [b];
// 1. The priority file is produced first.
// 2. Each analyzed file produces `ResolvedUnitResult`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/c.dart
library: /home/test/lib/c.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/c.dart
uri: package:test/c.dart
flags: exists isLibrary
[status] idle
''');
}
test_addFile_removeFile() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Add, and immediately remove.
driver.addFile2(a);
driver.removeFile2(a);
// No files to analyze.
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
}
test_addFile_thenRemove() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
// Now remove `a`.
driver.removeFile2(a);
// We remove `a` before analysis started.
// So, only `b` was analyzed.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[status] idle
''');
}
test_cachedPriorityResults() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
// Get the result, not cached.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Get the (cached) result, not reported to the stream.
collector.getResolvedUnit('A2', a);
await assertEventsText(collector, r'''
[future] getResolvedUnit A2
ResolvedUnitResult #0
''');
// Get the (cached) result, reported to the stream.
collector.getResolvedUnit('A3', a, sendCachedToStream: true);
await assertEventsText(collector, r'''
[stream]
ResolvedUnitResult #0
[future] getResolvedUnit A3
ResolvedUnitResult #0
''');
}
test_cachedPriorityResults_flush_onAnyFileChange() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Change a file.
// The cache is flushed, so we get a new result.
driver.changeFile2(a);
collector.getResolvedUnit('A2', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A2
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
// Add `b`.
// The cache is flushed, so we get a new result.
driver.addFile2(b);
collector.getResolvedUnit('A3', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A3
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[status] idle
''');
// Remove `b`.
// The cache is flushed, so we get a new result.
driver.removeFile2(b);
collector.getResolvedUnit('A4', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A4
ResolvedUnitResult #4
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #4
[status] idle
''');
}
test_cachedPriorityResults_flush_onPrioritySetChange() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
// Get the result for `a`, new.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Make `a` and `b` priority.
// We still have the result for `a` cached.
driver.priorityFiles2 = [a, b];
collector.getResolvedUnit('A2', a);
await assertEventsText(collector, r'''
[status] working
[future] getResolvedUnit A2
ResolvedUnitResult #0
[status] idle
''');
// Get the result for `b`, new.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
// Get the result for `b`, cached.
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[future] getResolvedUnit B2
ResolvedUnitResult #1
''');
// Only `b` is priority.
// The result for `a` is flushed, so analyzed when asked.
driver.priorityFiles2 = [b];
collector.getResolvedUnit('A3', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A3
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
[status] idle
''');
}
test_cachedPriorityResults_notPriority() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Always analyzed the first time.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Analyzed again, because `a` is not priority.
collector.getResolvedUnit('A2', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A2
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_cachedPriorityResults_wholeLibrary_priorityLibrary_askLibrary() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
// Ask the result for `a`, should cache for both `a` and `b`.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
// Verify that the results for `a` and `b` are cached.
// Note, no analysis.
collector.getResolvedUnit('A2', a);
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[future] getResolvedUnit A2
ResolvedUnitResult #0
[future] getResolvedUnit B1
ResolvedUnitResult #1
''');
// Ask for resolved library.
// Note, no analysis.
// Note, the units are cached.
collector.getResolvedLibrary('L1', a);
await assertEventsText(collector, r'''
[future] getResolvedLibrary L1
ResolvedLibraryResult #2
element: package:test/a.dart
units
ResolvedUnitResult #0
ResolvedUnitResult #1
''');
}
test_cachedPriorityResults_wholeLibrary_priorityLibrary_askPart() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
// Ask the result for `b`, should cache for both `a` and `b`.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Verify that the results for `a` and `b` are cached.
// Note, no analysis.
collector.getResolvedUnit('A1', a);
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[future] getResolvedUnit A1
ResolvedUnitResult #1
[future] getResolvedUnit B2
ResolvedUnitResult #0
''');
// Ask for resolved library.
// Note, no analysis.
// Note, the units are cached.
collector.getResolvedLibrary('L1', a);
await assertEventsText(collector, r'''
[future] getResolvedLibrary L1
ResolvedLibraryResult #2
element: package:test/a.dart
units
ResolvedUnitResult #1
ResolvedUnitResult #0
''');
}
test_cachedPriorityResults_wholeLibrary_priorityPart_askPart() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [b];
// Ask the result for `b`, should cache for both `a` and `b`.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Verify that the results for `a` and `b` are cached.
// Note, no analysis.
collector.getResolvedUnit('A1', a);
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[future] getResolvedUnit A1
ResolvedUnitResult #1
[future] getResolvedUnit B2
ResolvedUnitResult #0
''');
// Ask for resolved library.
// Note, no analysis.
// Note, the units are cached.
collector.getResolvedLibrary('L1', a);
await assertEventsText(collector, r'''
[future] getResolvedLibrary L1
ResolvedLibraryResult #2
element: package:test/a.dart
units
ResolvedUnitResult #1
ResolvedUnitResult #0
''');
}
test_changeFile_implicitlyAnalyzed() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
import 'b.dart';
var A = B;
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
var B = 0;
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
driver.addFile2(a);
configuration.libraryConfiguration.unitConfiguration.nodeSelector = (
result,
) {
return result.findNode.simple('B;');
};
// We have a result only for "a".
// The type of `B` is `int`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedNode: SimpleIdentifier
token: B
element: package:test/b.dart::<fragment>::@getter::B#element
staticType: int
[status] idle
''');
// Change "b" and notify.
modifyFile2(b, r'''
var B = 1.2;
''');
driver.changeFile2(b);
// While "b" is not analyzed explicitly, it is analyzed implicitly.
// The change causes "a" to be reanalyzed.
// The type of `B` is now `double`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedNode: SimpleIdentifier
token: B
element: package:test/b.dart::<fragment>::@getter::B#element
staticType: double
[status] idle
''');
}
test_changeFile_notAbsolutePath() async {
var driver = driverFor(testFile);
expect(() {
driver.changeFile('not_absolute.dart');
}, throwsArgumentError);
}
test_changeFile_notExisting_toEmpty() async {
var b = newFile('$testPackageLibPath/b.dart', '''
// ignore:unused_import
import 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(b);
// `b` is analyzed, has an error.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
errors
31 +8 URI_DOES_NOT_EXIST
[status] idle
''');
// Create `a`, empty.
var a = newFile('$testPackageLibPath/a.dart', '');
driver.addFile2(a);
// Both `a` and `b` are analyzed.
// No errors anymore.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[status] idle
''');
}
test_changeFile_notPriority_errorsFromBytes() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
// Initial analysis, no errors.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
// Update the file, has an error.
// Note, we analyze the file.
modifyFile2(a, ';');
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
errors
0 +1 UNEXPECTED_TOKEN
[status] idle
''');
// Update the file, no errors.
// Note, we return errors from bytes.
// We must update latest signatures, not reflected in the text.
// If we don't, the next assert will fail.
modifyFile2(a, '');
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] getErrorsFromBytes
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ErrorsResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[status] idle
''');
// Update the file, has an error.
// Note, we return errors from bytes.
modifyFile2(a, ';');
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] getErrorsFromBytes
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ErrorsResult #3
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
errors
0 +1 UNEXPECTED_TOKEN
[status] idle
''');
}
test_changeFile_notUsed() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', 'class B1 {}');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
// Nothing interesting, "a" is analyzed.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
// Change "b" and notify.
modifyFile2(b, 'class B2 {}');
driver.changeFile2(b);
// Nothing depends on "b", so nothing is analyzed.
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
}
test_changeFile_potentiallyAffected_imported() async {
newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '''
import 'a.dart';
''');
var c = newFile('$testPackageLibPath/c.dart', '''
import 'b.dart';
''');
var d = newFile('$testPackageLibPath/d.dart', '''
import 'c.dart';
''');
newFile('$testPackageLibPath/e.dart', '');
var driver = driverFor(testFile);
Future<LibraryElement> getLibrary(String shortName) async {
var uriStr = 'package:test/$shortName';
var result = await driver.getLibraryByUriValid(uriStr);
return result.element2;
}
var a_element = await getLibrary('a.dart');
var b_element = await getLibrary('b.dart');
var c_element = await getLibrary('c.dart');
var d_element = await getLibrary('d.dart');
var e_element = await getLibrary('e.dart');
// We have all libraries loaded after analysis.
driver.assertLoadedLibraryUriSet(
included: [
'package:test/a.dart',
'package:test/b.dart',
'package:test/c.dart',
'package:test/d.dart',
'package:test/e.dart',
],
);
// All libraries have the current session.
var session1 = driver.currentSession;
expect(a_element.session, session1);
expect(b_element.session, session1);
expect(c_element.session, session1);
expect(d_element.session, session1);
expect(e_element.session, session1);
// Change `b.dart`, also removes `c.dart` and `d.dart` that import it.
// But `a.dart` and `d.dart` is not affected.
driver.changeFile2(b);
var affectedPathList = await driver.applyPendingFileChanges();
expect(affectedPathList, unorderedEquals([b.path, c.path, d.path]));
// We have a new session.
var session2 = driver.currentSession;
expect(session2, isNot(session1));
driver.assertLoadedLibraryUriSet(
excluded: [
'package:test/b.dart',
'package:test/c.dart',
'package:test/d.dart',
],
included: ['package:test/a.dart', 'package:test/e.dart'],
);
// `a.dart` and `e.dart` moved to the new session.
// Invalidated libraries stuck with the old session.
expect(a_element.session, session2);
expect(b_element.session, session1);
expect(c_element.session, session1);
expect(d_element.session, session1);
expect(e_element.session, session2);
}
test_changeFile_potentiallyAffected_part() async {
var a = newFile('$testPackageLibPath/a.dart', '''
part of 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', '''
part 'a.dart';
''');
var c = newFile('$testPackageLibPath/c.dart', '''
import 'b.dart';
''');
newFile('$testPackageLibPath/d.dart', '');
var driver = driverFor(testFile);
Future<LibraryElement> getLibrary(String shortName) async {
var uriStr = 'package:test/$shortName';
var result = await driver.getLibraryByUriValid(uriStr);
return result.element2;
}
var b_element = await getLibrary('b.dart');
var c_element = await getLibrary('c.dart');
var d_element = await getLibrary('d.dart');
// We have all libraries loaded after analysis.
driver.assertLoadedLibraryUriSet(
included: [
'package:test/b.dart',
'package:test/c.dart',
'package:test/d.dart',
],
);
// All libraries have the current session.
var session1 = driver.currentSession;
expect(b_element.session, session1);
expect(c_element.session, session1);
expect(d_element.session, session1);
// Change `a.dart`, remove `b.dart` that part it.
// Removes `c.dart` that imports `b.dart`.
// But `d.dart` is not affected.
driver.changeFile2(a);
var affectedPathList = await driver.applyPendingFileChanges();
expect(affectedPathList, unorderedEquals([a.path, b.path, c.path]));
// We have a new session.
var session2 = driver.currentSession;
expect(session2, isNot(session1));
driver.assertLoadedLibraryUriSet(
excluded: ['package:test/b.dart', 'package:test/c.dart'],
included: ['package:test/d.dart'],
);
// `d.dart` moved to the new session.
// Invalidated libraries stuck with the old session.
expect(b_element.session, session1);
expect(c_element.session, session1);
expect(d_element.session, session2);
}
test_changeFile_selfConsistent() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
import 'b.dart';
final A1 = 1;
final A2 = B1;
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
import 'a.dart';
final B1 = A1;
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a, b];
driver.addFile2(a);
driver.addFile2(b);
configuration
.libraryConfiguration
.unitConfiguration
.variableTypesSelector = (result) {
return switch (result.uriStr) {
'package:test/a.dart' => [
result.findElement2.topVar('A1'),
result.findElement2.topVar('A2'),
],
'package:test/b.dart' => [result.findElement2.topVar('B1')],
_ => [],
};
};
// We have results for both "a" and "b".
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
A1: int
A2: int
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
selectedVariableTypes
B1: int
[status] idle
''');
// Update "a".
modifyFile2(a, r'''
import 'b.dart';
final A1 = 1.2;
final A2 = B1;
''');
driver.changeFile2(a);
// We again get results for both "a" and "b".
// The results are consistent.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
A1: double
A2: double
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
selectedVariableTypes
B1: double
[status] idle
''');
}
test_changeFile_single() async {
var a = newFile('$testPackageLibPath/a.dart', 'var V = 1;');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.priorityFiles2 = [a];
configuration
.libraryConfiguration
.unitConfiguration
.variableTypesSelector = (result) {
switch (result.uriStr) {
case 'package:test/a.dart':
return [result.findElement2.topVar('V')];
default:
return [];
}
};
// Initial analysis.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
V: int
[status] idle
''');
// Update the file, but don't notify the driver.
// No new results.
modifyFile2(a, 'var V = 1.2;');
await assertEventsText(collector, r'''
''');
// Notify the driver about the change.
// We get a new result.
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
V: double
[status] idle
''');
}
test_currentSession() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final v = 0;
''');
var driver = driverFor(testFile);
await driver.getResolvedUnit2(a);
var session1 = driver.currentSession;
expect(session1, isNotNull);
modifyFile2(a, r'''
final v = 2;
''');
driver.changeFile2(a);
await driver.getResolvedUnit2(a);
var session2 = driver.currentSession;
expect(session2, isNotNull);
// We get a new session.
expect(session2, isNot(session1));
}
test_discoverAvailableFiles_packages() async {
writeTestPackageConfig(
PackageConfigFileBuilder()
..add(name: 'aaa', rootPath: '$packagesRootPath/aaa')
..add(name: 'bbb', rootPath: '$packagesRootPath/bbb'),
);
var t1 = newFile('$testPackageLibPath/t1.dart', '');
var a1 = newFile('$packagesRootPath/aaa/lib/a1.dart', '');
var a2 = newFile('$packagesRootPath/aaa/lib/src/a2.dart', '');
var a3 = newFile('$packagesRootPath/aaa/lib/a3.txt', '');
var b1 = newFile('$packagesRootPath/bbb/lib/b1.dart', '');
var c1 = newFile('$packagesRootPath/ccc/lib/c1.dart', '');
var driver = driverFor(testFile);
driver.addFile2(t1);
// Don't add `a1`, `a2`, or `b1` - they should be discovered.
// And `c` is not in the package config, so should not be discovered.
await driver.discoverAvailableFiles();
var knownFiles = driver.knownFiles.resources;
expect(knownFiles, contains(t1));
expect(knownFiles, contains(a1));
expect(knownFiles, contains(a2));
expect(knownFiles, isNot(contains(a3)));
expect(knownFiles, contains(b1));
expect(knownFiles, isNot(contains(c1)));
// We can wait for discovery more than once.
await driver.discoverAvailableFiles();
}
test_discoverAvailableFiles_sdk() async {
var driver = driverFor(testFile);
await driver.discoverAvailableFiles();
expect(
driver.knownFiles.resources,
containsAll([
sdkRoot.getChildAssumingFile('lib/async/async.dart'),
sdkRoot.getChildAssumingFile('lib/collection/collection.dart'),
sdkRoot.getChildAssumingFile('lib/core/core.dart'),
sdkRoot.getChildAssumingFile('lib/math/math.dart'),
]),
);
}
test_getCachedResolvedUnit() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
// Not cached.
// Note, no analysis.
collector.getCachedResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[future] getCachedResolvedUnit A1
null
''');
driver.priorityFiles2 = [a];
collector.getResolvedUnit('A2', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A2
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Has cached.
// Note, no analysis.
collector.getCachedResolvedUnit('A3', a);
await assertEventsText(collector, r'''
[future] getCachedResolvedUnit A3
ResolvedUnitResult #0
''');
}
test_getErrors() async {
var a = newFile('$testPackageLibPath/a.dart', '''
var v = 0
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
collector.getErrors('A1', a);
await assertEventsText(collector, r'''
[status] working
[future] getErrors A1
ErrorsResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
errors
8 +1 EXPECTED_TOKEN
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
errors
8 +1 EXPECTED_TOKEN
[status] idle
''');
// The result is produced from bytes.
collector.getErrors('A2', a);
await assertEventsText(collector, r'''
[status] working
[operation] getErrorsFromBytes
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getErrors A2
ErrorsResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
errors
8 +1 EXPECTED_TOKEN
[status] idle
''');
}
test_getErrors_library_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getErrors('A1', a);
collector.getErrors('B1', b);
// Note, both `getErrors()` returned during the library analysis.
await assertEventsText(collector, r'''
[status] working
[future] getErrors A1
ErrorsResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[future] getErrors B1
ErrorsResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #3
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_getErrors_notAbsolutePath() async {
var driver = driverFor(testFile);
var result = await driver.getErrors('not_absolute.dart');
expect(result, isA<InvalidPathResult>());
}
test_getFilesDefiningClassMemberName_class() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {
void m1() {}
}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
class B {
void m2() {}
}
''');
var c = newFile('$testPackageLibPath/c.dart', r'''
class C {
void m2() {}
}
''');
var d = newFile('$testPackageLibPath/d.dart', r'''
class D {
void m3() {}
}
''');
var driver = driverFor(testFile);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.addFile2(d);
await driver.assertFilesDefiningClassMemberName('m1', [a]);
await driver.assertFilesDefiningClassMemberName('m2', [b, c]);
await driver.assertFilesDefiningClassMemberName('m3', [d]);
}
test_getFilesDefiningClassMemberName_mixin() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
mixin A {
void m1() {}
}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
mixin B {
void m2() {}
}
''');
var c = newFile('$testPackageLibPath/c.dart', r'''
mixin C {
void m2() {}
}
''');
var d = newFile('$testPackageLibPath/d.dart', r'''
mixin D {
void m3() {}
}
''');
var driver = driverFor(testFile);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.addFile2(d);
await driver.assertFilesDefiningClassMemberName('m1', [a]);
await driver.assertFilesDefiningClassMemberName('m2', [b, c]);
await driver.assertFilesDefiningClassMemberName('m3', [d]);
}
test_getFilesReferencingName() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
import 'a.dart';
void f(A a) {}
''');
var c = newFile('$testPackageLibPath/c.dart', r'''
import 'a.dart';
void f(A a) {}
''');
var d = newFile('$testPackageLibPath/d.dart', r'''
class A {}
void f(A a) {}
''');
var e = newFile('$testPackageLibPath/e.dart', r'''
import 'a.dart';
void main() {}
''');
var driver = driverFor(testFile);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.addFile2(d);
driver.addFile2(e);
// `b` references an external `A`.
// `c` references an external `A`.
// `d` references the local `A`.
// `e` does not reference `A` at all.
await driver.assertFilesReferencingName(
'A',
includesAll: [b, c],
excludesAll: [d, e],
);
// We get the same results second time.
await driver.assertFilesReferencingName(
'A',
includesAll: [b, c],
excludesAll: [d, e],
);
}
test_getFilesReferencingName_discover() async {
writeTestPackageConfig(
PackageConfigFileBuilder()
..add(name: 'aaa', rootPath: '$packagesRootPath/aaa')
..add(name: 'bbb', rootPath: '$packagesRootPath/bbb'),
);
var t = newFile('$testPackageLibPath/t.dart', '''
int t = 0;
''');
var a = newFile('$packagesRootPath/aaa/lib/a.dart', '''
int a = 0;
''');
var b = newFile('$packagesRootPath/bbb/lib/b.dart', '''
int b = 0;
''');
var c = newFile('$packagesRootPath/ccc/lib/c.dart', '''
int c = 0;
''');
var driver = driverFor(testFile);
driver.addFile2(t);
await driver.assertFilesReferencingName(
'int',
includesAll: [t, a, b],
excludesAll: [c],
);
}
test_getFileSync_changedFile() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', r'''
import 'a.dart';
void f(A a) {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Ensure that `a` library cycle is loaded.
// So, `a` is in the library context.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Update the file, changing its API signature.
// Note that we don't call `changeFile`.
modifyFile2(a, 'class A {}\n');
// Get the file.
// We have not called `changeFile(a)`, so we should not read the file.
// Moreover, doing this will create a new library cycle [a.dart].
// Library cycles are compared by their identity, so we would try to
// reload linked summary for [a.dart], and crash.
expect(driver.getFileSyncValid(a).lineInfo.lineCount, 1);
// We have not read `a.dart`, so `A` is still not declared.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
errors
25 +1 UNDEFINED_CLASS
[stream]
ResolvedUnitResult #1
[status] idle
''');
// Notify the driver that the file was changed.
driver.changeFile2(a);
// ...and apply this change.
await driver.applyPendingFileChanges();
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
// So, `class A {}` is declared now.
expect(driver.getFileSyncValid(a).lineInfo.lineCount, 2);
// ...and `b` has no errors.
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B2
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
[status] idle
''');
}
test_getFileSync_library() async {
var content = 'class A {}';
var a = newFile('$testPackageLibPath/a.dart', content);
var driver = driverFor(testFile);
var result = driver.getFileSyncValid(a);
expect(result.path, a.path);
expect(result.uri.toString(), 'package:test/a.dart');
expect(result.content, content);
expect(result.isLibrary, isTrue);
expect(result.isPart, isFalse);
}
test_getFileSync_notAbsolutePath() async {
var driver = driverFor(testFile);
var result = driver.getFileSync('not_absolute.dart');
expect(result, isA<InvalidPathResult>());
}
test_getFileSync_part() async {
var content = 'part of lib;';
var a = newFile('$testPackageLibPath/a.dart', content);
var driver = driverFor(testFile);
var result = driver.getFileSyncValid(a);
expect(result.path, a.path);
expect(result.uri.toString(), 'package:test/a.dart');
expect(result.content, content);
expect(result.isLibrary, isFalse);
expect(result.isPart, isTrue);
}
test_getIndex() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
void foo() {}
void f() {
foo();
}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getIndex('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getIndex A1
strings
--nullString--
foo
package:test/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
}
test_getIndex_notAbsolutePath() async {
var driver = driverFor(testFile);
expect(() async {
await driver.getIndex('not_absolute.dart');
}, throwsArgumentError);
}
test_getLibraryByUri() async {
var aUriStr = 'package:test/a.dart';
var bUriStr = 'package:test/b.dart';
newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
class A {}
''');
newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
class B {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var result = await driver.getLibraryByUri(aUriStr);
result as LibraryElementResult;
expect(result.element2.getClass2('A'), isNotNull);
expect(result.element2.getClass2('B'), isNotNull);
// It is an error to ask for a library when we know that it is a part.
expect(
await driver.getLibraryByUri(bUriStr),
isA<NotLibraryButPartResult>(),
);
// No analysis.
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
}
test_getLibraryByUri_cannotResolveUri() async {
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getLibraryByUri('X', 'foo:bar');
await assertEventsText(collector, r'''
[future] getLibraryByUri X
CannotResolveUriResult
''');
}
test_getLibraryByUri_notLibrary_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part of 'b.dart';
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
var uriStr = 'package:test/a.dart';
collector.getLibraryByUri('X', uriStr);
await assertEventsText(collector, r'''
[future] getLibraryByUri X
NotLibraryButPartResult
''');
}
test_getLibraryByUri_subsequentCallsDoesNoWork() async {
var aUriStr = 'package:test/a.dart';
var bUriStr = 'package:test/b.dart';
newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
class A {}
''');
newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
class B {}
''');
for (var run = 0; run < 5; run++) {
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var result = await driver.getLibraryByUri(aUriStr);
result as LibraryElementResult;
expect(result.element2.getClass2('A'), isNotNull);
expect(result.element2.getClass2('B'), isNotNull);
// It is an error to ask for a library when we know that it is a part.
expect(
await driver.getLibraryByUri(bUriStr),
isA<NotLibraryButPartResult>(),
);
if (run == 0) {
// First `getLibraryByUri` call does actual work.
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
} else {
// Subsequent `getLibraryByUri` just grabs the result via rootReference
// and thus does no actual work.
await assertEventsText(collector, '');
}
}
}
test_getLibraryByUri_unresolvedUri() async {
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var result = await driver.getLibraryByUri('package:foo/foo.dart');
expect(result, isA<CannotResolveUriResult>());
// No analysis.
await assertEventsText(collector, '');
}
test_getParsedLibrary() async {
var content = 'class A {}';
var a = newFile('$testPackageLibPath/a.dart', content);
var driver = driverFor(testFile);
var result = driver.getParsedLibrary2(a);
result as ParsedLibraryResult;
expect(result.units, hasLength(1));
expect(result.units[0].path, a.path);
expect(result.units[0].content, content);
expect(result.units[0].unit, isNotNull);
expect(result.units[0].errors, isEmpty);
}
test_getParsedLibrary_invalidPath_notAbsolute() async {
var driver = driverFor(testFile);
var result = driver.getParsedLibrary('not_absolute.dart');
expect(result, isA<InvalidPathResult>());
}
test_getParsedLibrary_notLibraryButPart() async {
var driver = driverFor(testFile);
var a = newFile('$testPackageLibPath/a.dart', 'part of my;');
var result = driver.getParsedLibrary2(a);
expect(result, isA<NotLibraryButPartResult>());
}
test_getParsedLibraryByUri() async {
var content = 'class A {}';
var a = newFile('$testPackageLibPath/a.dart', content);
var driver = driverFor(testFile);
var uri = Uri.parse('package:test/a.dart');
var result = driver.getParsedLibraryByUri(uri);
result as ParsedLibraryResult;
expect(result.units, hasLength(1));
expect(result.units[0].uri, uri);
expect(result.units[0].path, a.path);
expect(result.units[0].content, content);
}
test_getParsedLibraryByUri_cannotResolveUri() async {
var driver = driverFor(testFile);
var uri = Uri.parse('foo:bar');
expect(driver.getParsedLibraryByUri(uri), isA<CannotResolveUriResult>());
}
test_getParsedLibraryByUri_notLibrary_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part of 'b.dart';
''');
var driver = driverFor(a);
var uri = Uri.parse('package:test/a.dart');
expect(driver.getParsedLibraryByUri(uri), isA<NotLibraryButPartResult>());
}
test_getParsedLibraryByUri_notLibraryButPart() async {
newFile('$testPackageLibPath/a.dart', 'part of my;');
var driver = driverFor(testFile);
var uri = Uri.parse('package:test/a.dart');
var result = driver.getParsedLibraryByUri(uri);
expect(result, isA<NotLibraryButPartResult>());
}
test_getParsedLibraryByUri_unresolvedUri() async {
var driver = driverFor(testFile);
var uri = Uri.parse('package:unknown/a.dart');
var result = driver.getParsedLibraryByUri(uri);
expect(result, isA<CannotResolveUriResult>());
}
test_getResolvedLibrary() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getResolvedLibrary('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedLibrary A1
ResolvedLibraryResult #0
element: package:test/a.dart
units
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedLibrary_cachePriority() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a];
collector.getResolvedLibrary('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedLibrary A1
ResolvedLibraryResult #0
element: package:test/a.dart
units
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #1
[stream]
ResolvedUnitResult #2
[status] idle
''');
// Ask again, the same cached instance should be returned.
// Note, no analysis.
// Note, the result is cached.
collector.getResolvedLibrary('A2', a);
await assertEventsText(collector, r'''
[future] getResolvedLibrary A2
ResolvedLibraryResult #0
''');
// Ask `a`, returns cached.
// Note, no analysis.
collector.getResolvedUnit('A3', a);
await assertEventsText(collector, r'''
[future] getResolvedUnit A3
ResolvedUnitResult #1
''');
// Ask `b`, returns cached.
// Note, no analysis.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[future] getResolvedUnit B1
ResolvedUnitResult #2
''');
}
test_getResolvedLibrary_notAbsolutePath() async {
var driver = driverFor(testFile);
var result = await driver.getResolvedLibrary('not_absolute.dart');
expect(result, isA<InvalidPathResult>());
}
test_getResolvedLibrary_notLibrary_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part of 'b.dart';
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
collector.getResolvedLibrary('X', a);
await assertEventsText(collector, r'''
[status] working
[future] getResolvedLibrary X
NotLibraryButPartResult
[status] idle
''');
}
test_getResolvedLibrary_pending_changeFile() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Ask the resolved library.
// We used to record the request with the `LibraryFileKind`.
collector.getResolvedLibrary('A1', a);
// ...the request is pending, notify that the file changed.
// This forces its reading, and rebuilding its `kind`.
// So, the old `kind` is not valid anymore.
// This used to cause infinite processing of the request.
// https://github.com/dart-lang/sdk/issues/54708
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedLibrary A1
ResolvedLibraryResult #0
element: package:test/a.dart
units
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedLibraryByUri() async {
newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var uri = Uri.parse('package:test/a.dart');
collector.getResolvedLibraryByUri('A1', uri);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedLibraryByUri A1
ResolvedLibraryResult #0
element: package:test/a.dart
units
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedLibraryByUri_cannotResolveUri() async {
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var uri = Uri.parse('foo:bar');
collector.getResolvedLibraryByUri('X', uri);
await assertEventsText(collector, r'''
[future] getResolvedLibraryByUri X
CannotResolveUriResult
''');
}
test_getResolvedLibraryByUri_library_pending_getResolvedUnit() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
collector.getResolvedUnit('A1', a);
collector.getResolvedUnit('B1', b);
var uri = Uri.parse('package:test/a.dart');
collector.getResolvedLibraryByUri('A2', uri);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[future] getResolvedLibraryByUri A2
ResolvedLibraryResult #2
element: package:test/a.dart
units
ResolvedUnitResult #0
ResolvedUnitResult #1
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedLibraryByUri_notLibrary_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part of 'b.dart';
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
var uri = Uri.parse('package:test/a.dart');
collector.getResolvedLibraryByUri('X', uri);
await assertEventsText(collector, r'''
[status] working
[future] getResolvedLibraryByUri X
NotLibraryButPartResult
[status] idle
''');
}
test_getResolvedLibraryByUri_notLibraryButPart() async {
newFile('$testPackageLibPath/a.dart', 'part of my;');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var uri = Uri.parse('package:test/a.dart');
collector.getResolvedLibraryByUri('A1', uri);
await assertEventsText(collector, r'''
[status] working
[future] getResolvedLibraryByUri A1
NotLibraryButPartResult
[status] idle
''');
}
test_getResolvedLibraryByUri_unresolvedUri() async {
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
var uri = Uri.parse('package:unknown/a.dart');
collector.getResolvedLibraryByUri('A1', uri);
await assertEventsText(collector, r'''
[future] getResolvedLibraryByUri A1
CannotResolveUriResult
''');
}
test_getResolvedUnit() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_added() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
collector.getResolvedUnit('A1', a);
// Note, no separate `ErrorsResult`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_importLibrary_thenRemoveIt() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}''');
var b = newFile('$testPackageLibPath/b.dart', r'''
import 'a.dart';
class B extends A {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
// No errors in `a` or `b`.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
// Remove `a` and reanalyze.
deleteFile(a.path);
driver.removeFile2(a);
// The unresolved URI error must be reported.
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B2
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
errors
7 +8 URI_DOES_NOT_EXIST
33 +1 EXTENDS_NON_CLASS
[stream]
ResolvedUnitResult #2
[status] idle
''');
// Restore `a`.
newFile(a.path, 'class A {}');
driver.addFile2(a);
// No errors in `b` again.
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B2
ResolvedUnitResult #3
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #3
[operation] getErrorsFromBytes
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ErrorsResult #4
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[status] idle
''');
}
test_getResolvedUnit_library_added_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
collector.getResolvedUnit('A1', a);
// Note, the library is resolved only once.
// Note, no separate `ErrorsResult` for `a` or `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_getResolvedUnit_library_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getResolvedUnit('A1', a);
collector.getResolvedUnit('B1', b);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedUnit_library_pending_getErrors_part() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getErrors('B1', b);
collector.getResolvedUnit('A1', a);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getErrors B1
ErrorsResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_getResolvedUnit_notDartFile() async {
var a = newFile('$testPackageLibPath/a.txt', r'''
final foo = 0;
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
configuration
.libraryConfiguration
.unitConfiguration
.variableTypesSelector = (result) {
return [result.findElement2.topVar('foo')];
};
// The extension of the file does not matter.
// If asked, we analyze it as Dart.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.txt
library: /home/test/lib/a.txt
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.txt
uri: package:test/a.txt
flags: exists isLibrary
selectedVariableTypes
foo: int
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_part_doesNotExist_lints() async {
newFile('$testPackageRootPath/analysis_options.yaml', r'''
linter:
rules:
- omit_local_variable_types
''');
await assertErrorsInCode(
r'''
library my.lib;
part 'a.dart';
''',
[error(CompileTimeErrorCode.URI_DOES_NOT_EXIST, 21, 8)],
);
}
test_getResolvedUnit_part_empty_lints() async {
newFile('$testPackageRootPath/analysis_options.yaml', r'''
linter:
rules:
- omit_local_variable_types
''');
newFile('$testPackageLibPath/a.dart', '');
await assertErrorsInCode(
r'''
library my.lib;
part 'a.dart';
''',
[error(CompileTimeErrorCode.PART_OF_NON_PART, 21, 8)],
);
}
test_getResolvedUnit_part_hasPartOfName_notThisLibrary_lints() async {
newFile('$testPackageRootPath/analysis_options.yaml', r'''
linter:
rules:
- omit_local_variable_types
''');
newFile('$testPackageLibPath/a.dart', r'''
part of other.lib;
''');
await assertErrorsInCode(
r'''
library my.lib;
part 'a.dart';
''',
[error(CompileTimeErrorCode.PART_OF_DIFFERENT_LIBRARY, 21, 8)],
);
}
test_getResolvedUnit_part_hasPartOfUri_notThisLibrary_lints() async {
newFile('$testPackageRootPath/analysis_options.yaml', r'''
linter:
rules:
- omit_local_variable_types
''');
newFile('$testPackageLibPath/a.dart', r'''
part of 'not_test.dart';
''');
await assertErrorsInCode(
r'''
library my.lib;
part 'a.dart';
''',
[error(CompileTimeErrorCode.PART_OF_DIFFERENT_LIBRARY, 21, 8)],
);
}
test_getResolvedUnit_part_library() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getResolvedUnit('B1', b);
collector.getResolvedUnit('A1', a);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedUnit_part_pending_getErrors_library() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getErrors('A1', a);
collector.getResolvedUnit('B1', b);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getErrors A1
ErrorsResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_getResolvedUnit_pending_getErrors() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getResolvedUnit('A1', a);
collector.getErrors('A2', a);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getErrors A2
ErrorsResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_pending_getErrors2() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getErrors('A1', a);
collector.getResolvedUnit('A2', a);
// Note, the library is resolved only once.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A2
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getErrors A1
ErrorsResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_pending_getIndex() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getIndex('A1', a);
collector.getResolvedUnit('A2', a);
// Note, no separate `getIndex` result.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A2
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getIndex A1
strings
--nullString--
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_thenRemove() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Schedule resolved unit computation.
collector.getResolvedUnit('A1', a);
// ...and remove the file.
driver.removeFile2(a);
// The future with the result still completes.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getResolvedUnit_twoPendingFutures() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Ask the same file twice.
collector.getResolvedUnit('A1', a);
collector.getResolvedUnit('A2', a);
// Both futures complete.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[future] getResolvedUnit A2
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_getUnitElement() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
void foo() {}
void bar() {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
configuration.unitElementConfiguration.elementSelector = (unitFragment) {
return unitFragment.functions2
.map((fragment) => fragment.element)
.toList();
};
collector.getUnitElement('A1', a);
await assertEventsText(collector, r'''
[status] working
[future] getUnitElement A1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
enclosing: <null>
selectedElements
package:test/a.dart::@function::foo
package:test/a.dart::@function::bar
[status] idle
''');
}
test_getUnitElement_doesNotExist_afterResynthesized() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
import 'package:test/b.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
collector.getResolvedLibrary('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedLibrary A1
ResolvedLibraryResult #0
element: package:test/a.dart
units
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
errors
7 +21 URI_DOES_NOT_EXIST
[stream]
ResolvedUnitResult #1
[status] idle
''');
collector.getUnitElement('A2', a);
await assertEventsText(collector, r'''
[status] working
[future] getUnitElement A2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
enclosing: <null>
[status] idle
''');
}
test_getUnitElement_invalidPath_notAbsolute() async {
var driver = driverFor(testFile);
var result = await driver.getUnitElement('not_absolute.dart');
expect(result, isA<InvalidPathResult>());
}
test_hermetic_modifyLibraryFile_resolvePart() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
part 'b.dart';
final A = 0;
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
part of 'a.dart';
final B = A;
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
configuration
.libraryConfiguration
.unitConfiguration
.variableTypesSelector = (result) {
switch (result.uriStr) {
case 'package:test/b.dart':
return [result.findElement2.topVar('B')];
default:
return [];
}
};
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
selectedVariableTypes
B: int
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Modify the library, but don't notify the driver.
// The driver should use the previous library content and elements.
modifyFile2(a, r'''
part 'b.dart';
final A = 1.2;
''');
// Note, still `B: int`, not `B: double` yet.
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit B2
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
selectedVariableTypes
B: int
[stream]
ResolvedUnitResult #3
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
[status] idle
''');
}
test_importOfNonLibrary_part_afterLibrary() async {
var a = newFile('$testPackageLibPath/a.dart', '''
part 'b.dart';
''');
newFile('$testPackageLibPath/b.dart', '''
part of 'a.dart';
class B {}
''');
var c = newFile('$testPackageLibPath/c.dart', '''
import 'b.dart';
''');
var driver = driverFor(testFile);
// This ensures that `a` linked library is cached.
await driver.getResolvedUnit2(a);
// Should not fail because of considering `b` part as `a` library.
await driver.getResolvedUnit2(c);
}
test_knownFiles() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
// ignore:unused_import
import 'b.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
''');
var c = newFile('$testPackageLibPath/c.dart', r'''
''');
var driver = driverFor(testFile);
driver.addFile2(a);
driver.addFile2(c);
await pumpEventQueue(times: 5000);
expect(driver.knownFiles.resources, contains(a));
expect(driver.knownFiles.resources, contains(b));
expect(driver.knownFiles.resources, contains(c));
// Remove `a` and analyze.
// Both `a` and `b` are not known now.
driver.removeFile2(a);
await pumpEventQueue(times: 5000);
expect(driver.knownFiles.resources, isNot(contains(a)));
expect(driver.knownFiles.resources, isNot(contains(b)));
expect(driver.knownFiles.resources, contains(c));
}
test_knownFiles_beforeAnalysis() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
// `a` is added, but not processed yet.
// So, the set of known files is empty yet.
driver.addFile2(a);
expect(driver.knownFiles, isEmpty);
}
test_linkedBundleProvider_changeFile() async {
var a = newFile('$testPackageLibPath/a.dart', 'var V = 1;');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.priorityFiles2 = [a];
configuration
.libraryConfiguration
.unitConfiguration
.variableTypesSelector = (result) {
switch (result.uriStr) {
case 'package:test/a.dart':
return [result.findElement2.topVar('V')];
default:
return [];
}
};
// Initial analysis.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
V: int
[status] idle
''');
// When no fine-grained dependencies, we don't cache bundles.
// So, [LinkedBundleProvider] is empty, and not printed.
assertDriverStateString(testFile, r'''
files
/home/test/lib/a.dart
uri: package:test/a.dart
current
id: file_0
kind: library_0
libraryImports
library_1 dart:core synthetic
fileKinds: library_0
cycle_0
dependencies: dart:core
libraries: library_0
apiSignature_0
unlinkedKey: k00
libraryCycles
/home/test/lib/a.dart
current: cycle_0
key: k01
get: []
put: [k01]
elementFactory
hasElement
package:test/a.dart
''');
// Update the file, but don't notify the driver.
// No new results.
modifyFile2(a, 'var V = 1.2;');
await assertEventsText(collector, r'''
''');
// Notify the driver about the change.
// We get a new result.
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
V: double
[status] idle
''');
assertDriverStateString(testFile, r'''
files
/home/test/lib/a.dart
uri: package:test/a.dart
current
id: file_0
kind: library_6
libraryImports
library_1 dart:core synthetic
fileKinds: library_6
cycle_2
dependencies: dart:core
libraries: library_6
apiSignature_1
unlinkedKey: k02
libraryCycles
/home/test/lib/a.dart
current: cycle_2
key: k03
get: []
put: [k01, k03]
elementFactory
hasElement
package:test/a.dart
''');
}
test_missingDartLibrary_async() async {
var driver = driverFor(testFile);
sdkRoot.getChildAssumingFile('lib/async/async.dart').delete();
var a = newFile('$testPackageLibPath/a.dart', '');
var result = await driver.getErrors(a.path);
result as ErrorsResult;
assertErrorsInList(result.errors, [
error(CompileTimeErrorCode.MISSING_DART_LIBRARY, 0, 0),
]);
}
test_missingDartLibrary_core() async {
var driver = driverFor(testFile);
sdkRoot.getChildAssumingFile('lib/core/core.dart').delete();
var a = newFile('$testPackageLibPath/a.dart', '');
var result = await driver.getErrors(a.path);
result as ErrorsResult;
assertErrorsInList(result.errors, [
error(CompileTimeErrorCode.MISSING_DART_LIBRARY, 0, 0),
]);
}
test_parseFileSync_appliesPendingFileChanges() async {
var initialContent = 'initial content';
var updatedContent = 'updated content';
var a = newFile('$testPackageLibPath/a.dart', initialContent);
// Check initial content.
var driver = driverFor(testFile);
var parsed = driver.parseFileSync(a.path) as ParsedUnitResult;
expect(parsed.content, initialContent);
// Update the file.
newFile(a.path, updatedContent);
driver.changeFile(a.path);
// Expect parseFileSync to return the updated content.
parsed = driver.parseFileSync(a.path) as ParsedUnitResult;
expect(parsed.content, updatedContent);
}
test_parseFileSync_changedFile() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// ignore:unused_import
import 'a.dart';
void f(A a) {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Ensure that [a] library cycle is loaded.
// So, `a` is in the library context.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
// Update the file, changing its API signature.
// Note that we don't call `changeFile`.
modifyFile2(a, r'''
class A {}
''');
// Parse the file.
// We have not called `changeFile(a)`, so we should not read the file.
// Moreover, doing this will create a new library cycle [a].
// Library cycles are compared by their identity, so we would try to
// reload linked summary for [a], and crash.
{
var parseResult = driver.parseFileSync2(a) as ParsedUnitResult;
expect(parseResult.unit.declarations, isEmpty);
}
// We have not read `a`, so `A` is still not declared.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
errors
48 +1 UNDEFINED_CLASS
[stream]
ResolvedUnitResult #1
[status] idle
''');
// Notify the driver that `a` was changed.
driver.changeFile2(a);
// The pending change to `a` declares `A`.
// So, `b` does not have errors anymore.
collector.getResolvedUnit('B2', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B2
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
[status] idle
''');
// We apply pending changes while handling request.
// So, now `class A {}` is declared.
{
var result = driver.parseFileSync2(a) as ParsedUnitResult;
assertParsedNodeText(result.unit, r'''
CompilationUnit
declarations
ClassDeclaration
classKeyword: class
name: A
leftBracket: {
rightBracket: }
''');
}
}
test_parseFileSync_doesNotReadImportedFiles() async {
newFile('$testPackageLibPath/a.dart', r'''
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// ignore:unused_import
import 'a.dart';
''');
var driver = driverFor(testFile);
expect(driver.knownFiles, isEmpty);
// Don't read `a` when parse.
driver.parseFileSync2(b);
expect(driver.knownFiles.resources, unorderedEquals([b]));
// Still don't read `a.dart` when parse the second time.
driver.parseFileSync2(b);
expect(driver.knownFiles.resources, unorderedEquals([b]));
}
test_parseFileSync_notAbsolutePath() async {
var driver = driverFor(testFile);
var result = driver.parseFileSync('not_absolute.dart');
expect(result, isA<InvalidPathResult>());
}
test_parseFileSync_notDart() async {
var a = newFile('$testPackageLibPath/a.txt', r'''
class A {}
''');
var driver = driverFor(testFile);
var result = driver.parseFileSync2(a) as ParsedUnitResult;
assertParsedNodeText(result.unit, r'''
CompilationUnit
declarations
ClassDeclaration
classKeyword: class
name: A
leftBracket: {
rightBracket: }
''');
expect(driver.knownFiles.resources, unorderedEquals([a]));
}
test_partOfName_getErrors_afterLibrary() async {
// Note, we put the library into a different directory.
// Otherwise we will discover it.
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Process `a` so that we know that it's a library for `b`.
collector.getErrors('A1', a);
await assertEventsText(collector, r'''
[status] working
[future] getErrors A1
ErrorsResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: isLibrary
[operation] analyzeFile
file: /home/test/lib/hidden/a.dart
library: /home/test/lib/hidden/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
// We return cached errors.
// TODO(scheglov): don't switch to analysis?
collector.getErrors('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] getErrorsFromBytes
file: /home/test/lib/b.dart
library: /home/test/lib/hidden/a.dart
[future] getErrors B1
ErrorsResult #3
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
[status] idle
''');
}
test_partOfName_getErrors_beforeLibrary_addedFiles() async {
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// preEnhancedParts
// @dart = 3.4
part of a;
final a = A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We discover all added files are maybe libraries.
driver.addFile2(a);
driver.addFile2(b);
// Because `a` is added, we know how to analyze `b`.
// So, it has no errors.
collector.getErrors('B1', b);
await assertEventsText(collector, r'''
[status] working
[future] getErrors B1
ErrorsResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/hidden/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_partOfName_getErrors_beforeLibrary_discovered() async {
newFile('$testPackageLibPath/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part 'b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We discover sibling files as libraries.
// So, we know that `a` is the library of `b`.
// So, no errors.
collector.getErrors('B1', b);
await assertEventsText(collector, r'''
[status] working
[future] getErrors B1
ErrorsResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_partOfName_getErrors_beforeLibrary_notDiscovered() async {
newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We don't know that `a` is the library of `b`.
// So, we treat it as its own library, has errors.
collector.getErrors('B1', b);
await assertEventsText(collector, r'''
[status] working
[future] getErrors B1
ErrorsResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
errors
60 +1 CREATION_WITH_NON_TYPE
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
errors
60 +1 CREATION_WITH_NON_TYPE
[status] idle
''');
}
test_partOfName_getResolvedUnit_afterLibrary() async {
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Process `a` so that we know that it's a library for `b`.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/hidden/a.dart
library: /home/test/lib/hidden/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
// We know that `b` is analyzed as part of `a`.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/hidden/a.dart
[future] getResolvedUnit B1
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #2
[status] idle
''');
}
test_partOfName_getResolvedUnit_beforeLibrary_addedFiles() async {
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We discover all added files are maybe libraries.
driver.addFile2(a);
driver.addFile2(b);
// Because `a` is added, we know how to analyze `b`.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/hidden/a.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_partOfName_getResolvedUnit_beforeLibrary_notDiscovered() async {
newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We don't know that `a` is the library of `b`.
// So, we treat it as its own library.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
errors
60 +1 CREATION_WITH_NON_TYPE
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_partOfName_getResolvedUnit_changePart_invalidatesLibraryCycle() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
import 'dart:async';
part 'b.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
// Analyze the library without the part.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
errors
61 +8 URI_DOES_NOT_EXIST
42 +12 UNUSED_IMPORT
[status] idle
''');
// Create the part file.
// This should invalidate library file state (specifically the library
// cycle), so that we can re-link the library, and get new dependencies.
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of 'a.dart';
Future<int>? f;
''');
driver.changeFile2(b);
// This should not crash.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/a.dart
[future] getResolvedUnit B1
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
[status] idle
''');
}
test_partOfName_getResolvedUnit_hasLibrary_noPart() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library my.lib;
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of my.lib;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Discover the library.
driver.getFileSync2(a);
// There is no library which `b` is a part of, so `A` is unresolved.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
errors
65 +1 CREATION_WITH_NON_TYPE
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_partOfName_getResolvedUnit_noLibrary() async {
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of my.lib;
var a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// There is no library which `b` is a part of, so `A` is unresolved.
collector.getResolvedUnit('B1', b);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
errors
63 +1 CREATION_WITH_NON_TYPE
[stream]
ResolvedUnitResult #0
[status] idle
''');
}
test_partOfName_getUnitElement_afterLibrary() async {
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// Process `a` so that we know that it's a library for `b`.
collector.getResolvedUnit('A1', a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/hidden/a.dart
library: /home/test/lib/hidden/a.dart
[future] getResolvedUnit A1
ResolvedUnitResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #0
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
// We know that `a` is the library for `b`.
collector.getUnitElement('B1', b);
await assertEventsText(collector, r'''
[status] working
[future] getUnitElement B1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
enclosing: package:test/hidden/a.dart::<fragment>
[status] idle
''');
}
test_partOfName_getUnitElement_beforeLibrary_addedFiles() async {
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We discover all added files are maybe libraries.
driver.addFile2(a);
driver.addFile2(b);
// Because `a` is added, we know how to analyze `b`.
collector.getUnitElement('B1', b);
await assertEventsText(collector, r'''
[status] working
[future] getUnitElement B1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
enclosing: package:test/hidden/a.dart::<fragment>
[operation] analyzeFile
file: /home/test/lib/hidden/a.dart
library: /home/test/lib/hidden/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_partOfName_getUnitElement_noLibrary() async {
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We don't know the library for `b`.
// So, we treat it as its own library.
collector.getUnitElement('B1', b);
await assertEventsText(collector, r'''
[status] working
[future] getUnitElement B1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: isPart
enclosing: <null>
[status] idle
''');
}
test_partOfName_results_afterLibrary() async {
// Note, we put the library into a different directory.
// Otherwise we will discover it.
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// The order does not matter.
// It used to matter, but not anymore.
driver.addFile2(a);
driver.addFile2(b);
// We discover all added libraries.
// So, we know that `a` is the library of `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/hidden/a.dart
library: /home/test/lib/hidden/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_partOfName_results_beforeLibrary() async {
// Note, we put the library into a different directory.
// Otherwise we will discover it.
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// The order does not matter.
// It used to matter, but not anymore.
driver.addFile2(b);
driver.addFile2(a);
// We discover all added libraries.
// So, we know that `a` is the library of `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/hidden/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_partOfName_results_beforeLibrary_priority() async {
// Note, we put the library into a different directory.
// Otherwise we will discover it.
var a = newFile('$testPackageLibPath/hidden/a.dart', r'''
// @dart = 3.4
// preEnhancedParts
library a;
part '../b.dart';
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// The order does not matter.
// It used to matter, but not anymore.
driver.addFile2(b);
driver.addFile2(a);
driver.priorityFiles2 = [b];
// We discover all added libraries.
// So, we know that `a` is the library of `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/hidden/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/hidden/a.dart
uri: package:test/hidden/a.dart
flags: exists isLibrary
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
[status] idle
''');
}
test_partOfName_results_noLibrary() async {
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(b);
// There is no library for `b`.
// So, we analyze `b` as its own library.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
errors
60 +1 CREATION_WITH_NON_TYPE
[status] idle
''');
}
test_partOfName_results_noLibrary_priority() async {
var b = newFile('$testPackageLibPath/b.dart', r'''
// @dart = 3.4
// preEnhancedParts
part of a;
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(b);
driver.priorityFiles2 = [b];
// There is no library for `b`.
// So, we analyze `b` as its own library.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isPart
errors
60 +1 CREATION_WITH_NON_TYPE
[status] idle
''');
}
test_priorities_changed_importing_rest() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
import 'c.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
class B {}
''');
var c = newFile('$testPackageLibPath/c.dart', r'''
import 'b.dart';
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
// Discard results so far.
await collector.nextStatusIdle();
collector.take();
modifyFile2(b, r'''
class B2 {}
''');
driver.changeFile2(b);
// We analyze `b` first, because it was changed.
// Then we analyze `c`, because it imports `b`.
// Then we analyze `a`, because it also affected.
// Note, there is no specific rule that says when `a` is analyzed.
configuration.withStreamResolvedUnitResults = false;
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[operation] analyzeFile
file: /home/test/lib/c.dart
library: /home/test/lib/c.dart
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[status] idle
''');
}
test_priorities_changed_importing_withErrors_rest() async {
// Note, is affected by `b`, but does not import it.
var a = newFile('$testPackageLibPath/a.dart', r'''
export 'b.dart';
''');
// We will change this file.
var b = newFile('$testPackageLibPath/b.dart', r'''
class B {}
''');
// Note, does not import `b` directly.
var c = newFile('$testPackageLibPath/c.dart', r'''
import 'a.dart';
class C extends X {}
''');
// Note, does import `b`.
var d = newFile('$testPackageLibPath/d.dart', r'''
import 'b.dart';
''');
var driver = driverFor(a);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.addFile2(d);
// Discard results so far.
await collector.nextStatusIdle();
collector.take();
modifyFile2(b, r'''
class B2 {}
''');
driver.changeFile2(b);
// We analyze `b` first, because it was changed.
// The we analyze `d` because it import `b`.
// Then we analyze `c` because it has errors.
// Then we analyze `a` because it is affected.
// For `a` because it just exports, there are no special rules.
configuration.withStreamResolvedUnitResults = false;
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[operation] analyzeFile
file: /home/test/lib/d.dart
library: /home/test/lib/d.dart
[operation] analyzeFile
file: /home/test/lib/c.dart
library: /home/test/lib/c.dart
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[status] idle
''');
}
test_priorities_changedAll() async {
// Make sure that `test2` is its own analysis context.
var test1Path = '$workspaceRootPath/test1';
writePackageConfig(
test1Path,
PackageConfigFileBuilder()..add(name: 'test1', rootPath: test1Path),
);
// Make sure that `test2` is its own analysis context.
var test2Path = '$workspaceRootPath/test2';
writePackageConfig(
test2Path,
PackageConfigFileBuilder()..add(name: 'test2', rootPath: test2Path),
);
// `b` imports `a`, so `b` is reanalyzed when `a` API changes.
var a = newFile('$test1Path/lib/a.dart', 'class A {}');
var b = newFile('$test1Path/lib/b.dart', "import 'a.dart';");
// `d` imports `c`, so `d` is reanalyzed when `b` API changes.
var c = newFile('$test2Path/lib/c.dart', 'class C {}');
var d = newFile('$test2Path/lib/d.dart', "import 'c.dart';");
var collector = DriverEventCollector.forCollection(
analysisContextCollection,
);
var driver1 = driverFor(a);
var driver2 = driverFor(c);
// Ensure that we actually have two separate analysis contexts.
expect(driver1, isNot(same(driver2)));
// Subscribe for analysis.
driver1.addFile2(a);
driver1.addFile2(b);
driver2.addFile2(c);
driver2.addFile2(d);
// Discard results so far.
await collector.nextStatusIdle();
collector.take();
// Change `a` and `c` in a way that changed their API signatures.
modifyFile2(a, 'class A2 {}');
modifyFile2(c, 'class C2 {}');
driver1.changeFile2(a);
driver2.changeFile2(c);
// Note, `a` and `c` analyzed first, because they were changed.
// Even though they are in different drivers.
configuration.withStreamResolvedUnitResults = false;
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test1/lib/a.dart
library: /home/test1/lib/a.dart
[operation] analyzeFile
file: /home/test2/lib/c.dart
library: /home/test2/lib/c.dart
[operation] analyzeFile
file: /home/test1/lib/b.dart
library: /home/test1/lib/b.dart
[operation] analyzeFile
file: /home/test2/lib/d.dart
library: /home/test2/lib/d.dart
[status] idle
''');
}
test_priorities_getResolvedUnit_beforePriority() async {
// Make sure that `test1` is its own analysis context.
var test1Path = '$workspaceRootPath/test1';
writePackageConfig(
test1Path,
PackageConfigFileBuilder()..add(name: 'test1', rootPath: test1Path),
);
// Make sure that `test2` is its own analysis context.
var test2Path = '$workspaceRootPath/test2';
writePackageConfig(
test2Path,
PackageConfigFileBuilder()..add(name: 'test2', rootPath: test2Path),
);
var a = newFile('$test1Path/lib/a.dart', '');
var b = newFile('$test2Path/lib/b.dart', '');
var c = newFile('$test2Path/lib/c.dart', '');
var collector = DriverEventCollector.forCollection(
analysisContextCollection,
);
var driver1 = driverFor(a);
var driver2 = driverFor(c);
// Ensure that we actually have two separate analysis contexts.
expect(driver1, isNot(same(driver2)));
// Subscribe for analysis.
driver1.addFile2(a);
driver2.addFile2(b);
driver2.addFile2(c);
driver1.priorityFiles2 = [a];
driver2.priorityFiles2 = [c];
collector.driver = driver2;
collector.getResolvedUnit('B1', b);
// We asked for `b`, so it is analyzed.
// Even if it is not a priority file.
// Even if it is in the `driver2`.
configuration.withStreamResolvedUnitResults = false;
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test2/lib/b.dart
library: /home/test2/lib/b.dart
[future] getResolvedUnit B1
ResolvedUnitResult #0
path: /home/test2/lib/b.dart
uri: package:test2/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test1/lib/a.dart
library: /home/test1/lib/a.dart
[operation] analyzeFile
file: /home/test2/lib/c.dart
library: /home/test2/lib/c.dart
[status] idle
''');
}
test_priorities_priority_rest() async {
// Make sure that `test1` is its own analysis context.
var test1Path = '$workspaceRootPath/test1';
writePackageConfig(
test1Path,
PackageConfigFileBuilder()..add(name: 'test1', rootPath: test1Path),
);
// Make sure that `test2` is its own analysis context.
var test2Path = '$workspaceRootPath/test2';
writePackageConfig(
test2Path,
PackageConfigFileBuilder()..add(name: 'test2', rootPath: test2Path),
);
var a = newFile('$test1Path/lib/a.dart', '');
var b = newFile('$test1Path/lib/b.dart', '');
var c = newFile('$test2Path/lib/c.dart', '');
var d = newFile('$test2Path/lib/d.dart', '');
var collector = DriverEventCollector.forCollection(
analysisContextCollection,
);
var driver1 = driverFor(a);
var driver2 = driverFor(c);
// Ensure that we actually have two separate analysis contexts.
expect(driver1, isNot(same(driver2)));
driver1.addFile2(a);
driver1.addFile2(b);
driver1.priorityFiles2 = [a];
driver2.addFile2(c);
driver2.addFile2(d);
driver2.priorityFiles2 = [c];
configuration.withStreamResolvedUnitResults = false;
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test1/lib/a.dart
library: /home/test1/lib/a.dart
[operation] analyzeFile
file: /home/test2/lib/c.dart
library: /home/test2/lib/c.dart
[operation] analyzeFile
file: /home/test1/lib/b.dart
library: /home/test1/lib/b.dart
[operation] analyzeFile
file: /home/test2/lib/d.dart
library: /home/test2/lib/d.dart
[status] idle
''');
}
test_removeFile_addFile() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
// Initial analysis.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
driver.removeFile2(a);
driver.addFile2(a);
// The cache key for `a` errors is the same, return from bytes.
// Note, no analysis.
await assertEventsText(collector, r'''
[status] working
[operation] getErrorsFromBytes
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ErrorsResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: isLibrary
[status] idle
''');
}
test_removeFile_changeFile_implicitlyAnalyzed() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
import 'b.dart';
final A = B;
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
final B = 0;
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.priorityFiles2 = [a, b];
driver.addFile2(a);
driver.addFile2(b);
configuration
.libraryConfiguration
.unitConfiguration
.variableTypesSelector = (result) {
switch (result.uriStr) {
case 'package:test/a.dart':
return [result.findElement2.topVar('A')];
case 'package:test/b.dart':
return [result.findElement2.topVar('B')];
default:
return [];
}
};
// We have results for both `a` and `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
A: int
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
selectedVariableTypes
B: int
[status] idle
''');
// Remove `b` and send the change notification.
modifyFile2(b, r'''
final B = 1.2;
''');
driver.removeFile2(b);
driver.changeFile2(b);
// While `b` is not analyzed explicitly, it is analyzed implicitly.
// We don't get a result for `b`.
// But the change causes `a` to be reanalyzed.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
selectedVariableTypes
A: double
[status] idle
''');
}
test_removeFile_changeFile_notAnalyzed() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// We don't analyze `a`, so we get nothing.
await assertEventsText(collector, r'''
''');
// Remove `a`, and also change it.
// Still nothing, we still don't analyze `a`.
driver.removeFile2(a);
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
}
test_removeFile_invalidate_importers() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
import 'a.dart';
final a = new A();
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
// No errors in `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[status] idle
''');
// Remove `a`, so `b` is reanalyzed and has an error.
deleteFile2(a);
driver.removeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
errors
7 +8 URI_DOES_NOT_EXIST
31 +1 CREATION_WITH_NON_TYPE
[status] idle
''');
}
test_removeFile_notAbsolutePath() async {
var driver = driverFor(testFile);
expect(() {
driver.removeFile('not_absolute.dart');
}, throwsArgumentError);
}
test_results_order() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
// ignore:unused_import
import 'd.dart';
''');
var b = newFile('$testPackageLibPath/b.dart', '');
var c = newFile('$testPackageLibPath/c.dart', r'''
// ignore:unused_import
import 'd.dart';
''');
var d = newFile('$testPackageLibPath/d.dart', r'''
// ignore:unused_import
import 'b.dart';
''');
var e = newFile('$testPackageLibPath/e.dart', r'''
// ignore:unused_import
export 'b.dart';
''');
// This file intentionally has an error.
var f = newFile('$testPackageLibPath/f.dart', r'''
// ignore:unused_import
import 'e.dart';
class F extends X {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.addFile2(d);
driver.addFile2(e);
driver.addFile2(f);
// Initial analysis, all files analyzed in order of adding.
// Note, `f` has an error.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/c.dart
library: /home/test/lib/c.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/c.dart
uri: package:test/c.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/d.dart
library: /home/test/lib/d.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/d.dart
uri: package:test/d.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/e.dart
library: /home/test/lib/e.dart
[stream]
ResolvedUnitResult #4
path: /home/test/lib/e.dart
uri: package:test/e.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/f.dart
library: /home/test/lib/f.dart
[stream]
ResolvedUnitResult #5
path: /home/test/lib/f.dart
uri: package:test/f.dart
flags: exists isLibrary
errors
57 +1 EXTENDS_NON_CLASS
[status] idle
''');
// Update `b` with changing its API signature.
modifyFile2(b, r'''
class B {}
''');
driver.changeFile2(b);
// 1. The changed `b` is the first.
// 2. Then `d` that imports the changed `b`.
// 3. Then `f` that has an error (even if it is unrelated).
// 4. Then the rest, in order of adding.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #6
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/d.dart
library: /home/test/lib/d.dart
[stream]
ResolvedUnitResult #7
path: /home/test/lib/d.dart
uri: package:test/d.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/f.dart
library: /home/test/lib/f.dart
[stream]
ResolvedUnitResult #8
path: /home/test/lib/f.dart
uri: package:test/f.dart
flags: exists isLibrary
errors
57 +1 EXTENDS_NON_CLASS
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #9
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/c.dart
library: /home/test/lib/c.dart
[stream]
ResolvedUnitResult #10
path: /home/test/lib/c.dart
uri: package:test/c.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/e.dart
library: /home/test/lib/e.dart
[stream]
ResolvedUnitResult #11
path: /home/test/lib/e.dart
uri: package:test/e.dart
flags: exists isLibrary
[status] idle
''');
}
test_results_order_allChangedFirst_thenImports() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
class B {}
''');
var c = newFile('$testPackageLibPath/c.dart', r'''
''');
var d = newFile('$testPackageLibPath/d.dart', r'''
// ignore:unused_import
import 'a.dart';
''');
var e = newFile('$testPackageLibPath/e.dart', r'''
// ignore:unused_import
import 'b.dart';
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
driver.addFile2(c);
driver.addFile2(d);
driver.addFile2(e);
// Initial analysis, all files analyzed in order of adding.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/c.dart
library: /home/test/lib/c.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/c.dart
uri: package:test/c.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/d.dart
library: /home/test/lib/d.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/d.dart
uri: package:test/d.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/e.dart
library: /home/test/lib/e.dart
[stream]
ResolvedUnitResult #4
path: /home/test/lib/e.dart
uri: package:test/e.dart
flags: exists isLibrary
[status] idle
''');
// Change b.dart and then a.dart files.
modifyFile2(a, r'''
class A2 {}
''');
modifyFile2(b, r'''
class B2 {}
''');
driver.changeFile2(b);
driver.changeFile2(a);
// First `a` and `b`.
// Then `d` and `e` because they import `a` and `b`.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #5
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #6
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/d.dart
library: /home/test/lib/d.dart
[stream]
ResolvedUnitResult #7
path: /home/test/lib/d.dart
uri: package:test/d.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/e.dart
library: /home/test/lib/e.dart
[stream]
ResolvedUnitResult #8
path: /home/test/lib/e.dart
uri: package:test/e.dart
flags: exists isLibrary
[status] idle
''');
}
test_results_removeFile_changeFile() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final v = 0;
''');
var b = getFile('$testPackageLibPath/b.dart');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
// Initial analysis.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
// Update `a` to have an error.
modifyFile2(a, r'''
final v = 0
''');
// It does not matter what we do with `b`, it is not analyzed anyway.
// But we notify that `a` was changed, so it is analyzed.
driver.removeFile2(b);
driver.changeFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
errors
10 +1 EXPECTED_TOKEN
[status] idle
''');
}
test_results_skipNotAffected() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
class A {}
''');
var b = newFile('$testPackageLibPath/b.dart', r'''
class B {}
''');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
// Initial analysis.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/b.dart
uri: package:test/b.dart
flags: exists isLibrary
[status] idle
''');
// Update `a` and notify.
modifyFile2(a, r'''
class A2 {}
''');
driver.changeFile2(a);
// Only `a` is analyzed, `b` is not affected.
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #2
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
}
test_schedulerStatus_hasAddedFile() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/a.dart
uri: package:test/a.dart
flags: exists isLibrary
[status] idle
''');
}
test_schedulerStatus_noAddedFile() async {
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
// No files, so no status changes.
await assertEventsText(collector, r'''
''');
}
test_status_anyWorkTransitionsToAnalyzing() async {
var a = newFile('$testPackageLibPath/a.dart', '');
var b = newFile('$testPackageLibPath/b.dart', '');
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver);
driver.addFile2(a);
driver.addFile2(b);
// Initial analysis.
configuration.withStreamResolvedUnitResults = false;
await assertEventsText(collector, r'''
[status] working
[operation] analyzeFile
file: /home/test/lib/a.dart
library: /home/test/lib/a.dart
[operation] analyzeFile
file: /home/test/lib/b.dart
library: /home/test/lib/b.dart
[status] idle
''');
// Any work transitions to analyzing, and back to idle.
await driver.getFilesReferencingName('X');
await assertEventsText(collector, r'''
[status] working
[status] idle
''');
}
}
/// Tracks events reported into the `results` stream, and results of `getXyz`
/// requests. We are interested in relative orders, identity of the objects,
/// absence of duplicate events, etc.
class DriverEventCollector {
final IdProvider idProvider;
late AnalysisDriver driver;
List<DriverEvent> events = [];
final List<Completer<void>> statusIdleCompleters = [];
DriverEventCollector(this.driver, {IdProvider? idProvider})
: idProvider = idProvider ?? IdProvider() {
_listenSchedulerEvents(driver.scheduler);
}
DriverEventCollector.forCollection(
AnalysisContextCollectionImpl collection, {
IdProvider? idProvider,
}) : idProvider = idProvider ?? IdProvider() {
_listenSchedulerEvents(collection.scheduler);
}
void getCachedResolvedUnit(String name, File file) {
var value = driver.getCachedResolvedUnit2(file);
events.add(GetCachedResolvedUnitEvent(name: name, result: value));
}
void getErrors(String name, File file) {
var future = driver.getErrors(file.path);
unawaited(
future.then((value) {
events.add(GetErrorsEvent(name: name, result: value));
}),
);
}
void getIndex(String name, File file) async {
var value = await driver.getIndex(file.path);
events.add(GetIndexEvent(name: name, result: value));
}
void getLibraryByUri(String name, String uriStr) {
var future = driver.getLibraryByUri(uriStr);
unawaited(
future.then((value) {
events.add(GetLibraryByUriEvent(name: name, result: value));
}),
);
}
void getResolvedLibrary(String name, File file) {
var future = driver.getResolvedLibrary(file.path);
unawaited(
future.then((value) {
events.add(GetResolvedLibraryEvent(name: name, result: value));
}),
);
}
void getResolvedLibraryByUri(String name, Uri uri) {
var future = driver.getResolvedLibraryByUri(uri);
unawaited(
future.then((value) {
events.add(GetResolvedLibraryByUriEvent(name: name, result: value));
}),
);
}
void getResolvedUnit(
String name,
File file, {
bool sendCachedToStream = false,
}) {
var future = driver.getResolvedUnit(
file.path,
sendCachedToStream: sendCachedToStream,
);
unawaited(
future.then((value) {
events.add(GetResolvedUnitEvent(name: name, result: value));
}),
);
}
void getUnitElement(String name, File file) {
var future = driver.getUnitElement2(file);
unawaited(
future.then((value) {
events.add(GetUnitElementEvent(name: name, result: value));
}),
);
}
Future<void> nextStatusIdle() {
var completer = Completer<void>();
statusIdleCompleters.add(completer);
return completer.future;
}
List<DriverEvent> take() {
var result = events;
events = [];
return result;
}
void _listenSchedulerEvents(AnalysisDriverScheduler scheduler) {
scheduler.eventsBroadcast.listen((event) {
switch (event) {
case AnalysisStatus():
events.add(SchedulerStatusEvent(event));
if (event.isIdle) {
statusIdleCompleters.completeAll();
statusIdleCompleters.clear();
}
case driver_events.AnalyzeFile():
case driver_events.AnalyzedLibrary():
case driver_events.CannotReuseLinkedBundle():
case driver_events.GetErrorsCannotReuse():
case driver_events.GetErrorsFromBytes():
case driver_events.LinkLibraryCycle():
case driver_events.ProduceErrorsCannotReuse():
case driver_events.ReuseLinkLibraryCycleBundle():
case ErrorsResult():
case ResolvedUnitResult():
events.add(ResultStreamEvent(object: event));
}
});
}
}
@reflectiveTest
class FineAnalysisDriverTest extends PubPackageResolutionTest
with _EventsMixin {
@override
bool get retainDataForTesting => true;
@override
void setUp() {
super.setUp();
registerLintRules();
useEmptyByteStore();
}
@override
Future<void> tearDown() async {
withFineDependencies = false;
return super.tearDown();
}
test_dependency_class_constructor_named_invocation() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A.named(int _);
}
''',
testCode: r'''
import 'a.dart';
void f() {
A.named(0);
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
named.constructor.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
named: #M1
[status] idle
''',
updatedA: r'''
class A {
A.named(double _);
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
named.constructor.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
constructorName: named
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
named: #M4
[status] idle
''',
);
}
test_dependency_class_constructor_named_invocation_add() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A.c1();
}
''',
testCode: r'''
import 'a.dart';
void f() {
A.c2();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
32 +2 UNDEFINED_METHOD
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M2
requirements
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
c2: <null>
[status] idle
''',
updatedA: r'''
class A {
A.c1();
A.c2();
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M3
requirements
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
constructorName: c2
expectedId: <null>
actualId: #M3
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
c2: #M3
[status] idle
''',
);
}
test_dependency_class_constructor_named_invocation_notUsed() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A.c1();
A.c2(int _);
}
''',
testCode: r'''
import 'a.dart';
void f() {
A.c1();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
c1: #M1
[status] idle
''',
updatedA: r'''
class A {
A.c1();
A.c2(double _);
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M5
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_class_constructor_named_invocation_remove() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A.c1();
A.c2();
}
''',
testCode: r'''
import 'a.dart';
void f() {
A.c2();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
c2: #M2
[status] idle
''',
updatedA: r'''
class A {
A.c1();
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
requirements
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
32 +2 UNDEFINED_METHOD
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
constructorName: c2
expectedId: #M2
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
c2: <null>
[status] idle
''',
);
}
test_dependency_class_constructor_named_superInvocation() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A.named(int _);
}
''',
testCode: r'''
import 'a.dart';
class B extends A {
B.foo() : super.named(0);
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
named.constructor.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
B: #M3
members
foo.constructor.declared: #M4
requirements
topLevels
dart:core
A: <null>
named: <null>
package:test/a.dart
A: #M0
named: <null>
interfaces
package:test/a.dart
A
constructors
named: #M1
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
named: <null>
package:test/a.dart
A: #M0
named: <null>
interfaces
package:test/a.dart
A
constructors
named: #M1
[status] idle
''',
updatedA: r'''
class A {
A.named(double _);
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
named.constructor.declared: #M5
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
constructorName: named
expectedId: #M1
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
B: #M3
members
foo.constructor.declared: #M4
requirements
topLevels
dart:core
A: <null>
named: <null>
package:test/a.dart
A: #M0
named: <null>
interfaces
package:test/a.dart
A
constructors
named: #M5
[operation] getErrorsCannotReuse
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
constructorName: named
expectedId: #M1
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
named: <null>
package:test/a.dart
A: #M0
named: <null>
interfaces
package:test/a.dart
A
constructors
named: #M5
[status] idle
''',
);
}
test_dependency_class_constructor_unnamed() async {
configuration
..includeDefaultConstructors()
..withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A(int _);
}
''',
testCode: r'''
import 'a.dart';
void f() {
A(0);
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
new.constructor.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
new: #M1
[status] idle
''',
updatedA: r'''
class A {
A(double _);
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
new.constructor.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
constructorName: new
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
constructors
new: #M4
[status] idle
''',
);
}
test_dependency_class_getter_inherited_fromGeneric_extends_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T get foo {}
}
class B extends A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T get foo {}
}
class B extends A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M5
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_getter_inherited_fromGeneric_implements_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T get foo {}
}
class B implements A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T get foo {}
}
class B implements A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M5
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_getter_inherited_fromGeneric_with_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T get foo {}
}
class B with A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T get foo {}
}
class B with A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M5
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_getter_returnType() async {
await _runChangeScenarioTA(
initialA: r'''
class A {
int get foo => 0;
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {
double get foo => 1.2;
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M4
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_getter_returnType_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
class A {
int get foo => 0;
int get bar => 0;
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
bar.getter.declared: #M1
foo.getter.declared: #M2
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M2
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {
int get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M2
requirements
topLevels
dart:core
int: #M3
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_class_it_add() async {
await _runChangeScenarioTA(
initialA: '',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] linkLibraryCycle
package:test/a.dart
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[status] idle
''',
updatedA: r'''
class A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M1
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: <null>
actualId: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M1
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: <null>
actualId: #M1
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M1
[status] idle
''',
);
}
test_dependency_class_it_add_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
class A {}
''',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
class A {}
class B {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M2
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_class_it_change() async {
await _runChangeScenarioTA(
initialA: r'''
class A {}
class B {}
''',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
class A extends B {}
class B {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M3
B: #M1
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M4
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M3
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: #M3
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M3
[status] idle
''',
);
}
test_dependency_class_it_change_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
class A {}
class B {}
class C {}
''',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M1
C: #M2
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
class A {}
class B extends C {}
class C {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M4
C: #M2
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_class_it_remove() async {
await _runChangeScenarioTA(
initialA: r'''
class A {}
''',
testCode: r'''
import 'a.dart';
A foo() => throw 0;
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: '',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: <null>
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[status] idle
''',
);
}
test_dependency_class_it_remove_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
class A {}
class B {}
''',
testCode: r'''
import 'a.dart';
A foo() => throw 0;
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
class A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_class_method_add() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_METHOD
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {
int foo() {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M2
requirements
topLevels
dart:core
int: #M3
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: <null>
actualId: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M2
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_inherited_fromGeneric_extends2_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T foo() {}
}
class B extends A<int> {}
class C extends B {}
''',
testCode: r'''
import 'a.dart';
void f(C c) {
c.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
C: #M3
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
int: #M4
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M5
requirements
topLevels
dart:core
C: <null>
package:test/a.dart
C: #M3
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
C: <null>
package:test/a.dart
C: #M3
interfaces
package:test/a.dart
C
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T foo() {}
}
class B extends A<double> {}
class C extends B {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M6
members
foo.method.inherited: #M1
C: #M7
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
double: #M8
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: C
expectedId: #M3
actualId: #M7
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M9
requirements
topLevels
dart:core
C: <null>
package:test/a.dart
C: #M7
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: C
expectedId: #M3
actualId: #M7
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
C: <null>
package:test/a.dart
C: #M7
interfaces
package:test/a.dart
C
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_inherited_fromGeneric_extends_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T foo() {}
}
class B extends A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T foo() {}
}
class B extends A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M5
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_inherited_fromGeneric_implements_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T foo() {}
}
class B implements A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T foo() {}
}
class B implements A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M5
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_inherited_fromGeneric_with_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
T foo() {}
}
class B with A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A<T> {
T foo() {}
}
class B with A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M5
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_remove() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
void foo() {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_METHOD
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: #M1
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_returnType() async {
await _runChangeScenarioTA(
initialA: r'''
class A {
int foo() {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M4
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_method_returnType_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
class A {
int foo() {}
int bar() {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M2
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M2
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {
int foo() {}
double bar() {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
bar.method.declared: #M5
foo.method.declared: #M2
requirements
topLevels
dart:core
double: #M6
int: #M3
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_class_setter_add() async {
await _runChangeScenarioTA(
initialA: r'''
class A {}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
updatedA: r'''
class A {
set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M2
requirements
topLevels
dart:core
int: #M3
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo=
expectedId: <null>
actualId: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M2
[status] idle
''',
);
}
test_dependency_class_setter_inherited_fromGeneric_extends_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
set foo(T _) {}
}
class B extends A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
class A<T> {
set foo(T _) {}
}
class B extends A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M5
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
);
}
test_dependency_class_setter_inherited_fromGeneric_implements_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
set foo(T _) {}
}
class B implements A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
class A<T> {
set foo(T _) {}
}
class B implements A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M5
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
);
}
test_dependency_class_setter_inherited_fromGeneric_with_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A<T> {
set foo(T _) {}
}
class B with A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
class A<T> {
set foo(T _) {}
}
class B with A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M5
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
);
}
test_dependency_class_setter_remove() async {
await _runChangeScenarioTA(
initialA: r'''
class A {
set foo(int _) {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
class A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo=
expectedId: #M1
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
);
}
test_dependency_class_setter_valueType() async {
await _runChangeScenarioTA(
initialA: r'''
class A {
set foo(int _) {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
class A {
set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo=
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M4
[status] idle
''',
);
}
test_dependency_classTypaAlias_constructor_named() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
class A {
A.named(int _);
}
mixin M {}
class B = A with M;
''',
testCode: r'''
import 'a.dart';
void f() {
B.named(0);
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
named.constructor.declared: #M1
B: #M2
members
named.constructor.inherited: #M1
M: #M3
requirements
topLevels
dart:core
int: #M4
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M5
requirements
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
constructors
named: #M1
[status] idle
''',
updatedA: r'''
class A {
A.named(double _);
}
mixin M {}
class B = A with M;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
named.constructor.declared: #M6
B: #M2
members
named.constructor.inherited: #M6
M: #M3
requirements
topLevels
dart:core
double: #M7
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
interfaceConstructorIdMismatch
libraryUri: package:test/a.dart
interfaceName: B
constructorName: named
expectedId: #M1
actualId: #M6
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
constructors
named: #M6
[status] idle
''',
);
}
test_dependency_export_noLibrary() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart';
export ':';
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 1;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart';
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::b
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
b: package:test/a.dart::<fragment>::@getter::b#element
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/test.dart
exportedUri: package:test/a.dart
name: b
expectedId: <null>
actualId: #M1
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
b: #M1
requirements
exportRequirements
package:test/a.dart
a: #M0
b: #M1
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add_combinators_hide_false() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart' hide b;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
combinators
hide b
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add_combinators_hide_true() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart' hide c;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
combinators
hide c
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::b
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
b: package:test/a.dart::<fragment>::@getter::b#element
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/test.dart
exportedUri: package:test/a.dart
name: b
expectedId: <null>
actualId: #M1
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
b: #M1
requirements
exportRequirements
package:test/a.dart
combinators
hide c
a: #M0
b: #M1
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add_combinators_show_false() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart' show a;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
combinators
show a
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add_combinators_show_true() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart' show a, b;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
combinators
show a, b
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::b
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
b: package:test/a.dart::<fragment>::@getter::b#element
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/test.dart
exportedUri: package:test/a.dart
name: b
expectedId: <null>
actualId: #M1
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
b: #M1
requirements
exportRequirements
package:test/a.dart
combinators
show a, b
a: #M0
b: #M1
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add_combinators_showHide_true() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart' show a, b hide c;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
combinators
show a, b
hide c
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::b
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
b: package:test/a.dart::<fragment>::@getter::b#element
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/test.dart
exportedUri: package:test/a.dart
name: b
expectedId: <null>
actualId: #M1
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
b: #M1
requirements
exportRequirements
package:test/a.dart
combinators
show a, b
hide c
a: #M0
b: #M1
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_add_private() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart';
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final _b = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
_b: #M1
a: #M0
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_remove() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
final b = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart';
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::b
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
b: package:test/a.dart::<fragment>::@getter::b#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
b: #M1
requirements
exportRequirements
package:test/a.dart
a: #M0
b: #M1
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] cannotReuseLinkedBundle
exportCountMismatch
fragmentUri: package:test/test.dart
exportedUri: package:test/a.dart
actual: 1
required: 2
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
a: #M0
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_remove_show_false() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
final b = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart' show a;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
combinators
show a
a: #M0
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_replace() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
final b = 0;
''');
newFile('$testPackageLibPath/test.dart', r'''
export 'a.dart';
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::b
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
b: package:test/a.dart::<fragment>::@getter::b#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
b: #M1
requirements
exportRequirements
package:test/a.dart
a: #M0
b: #M1
[status] idle
''',
updateFiles: () {
modifyFile2(a, r'''
final a = 0;
final c = 0;
''');
return [a];
},
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
c: #M2
requirements
[future] getLibraryByUri T2
library
exportedReferences
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::a
exported[(0, 0)] package:test/a.dart::<fragment>::@getter::c
exportNamespace
a: package:test/a.dart::<fragment>::@getter::a#element
c: package:test/a.dart::<fragment>::@getter::c#element
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/test.dart
exportedUri: package:test/a.dart
name: c
expectedId: <null>
actualId: #M2
[operation] linkLibraryCycle
package:test/test.dart
reExportMap
a: #M0
c: #M2
requirements
exportRequirements
package:test/a.dart
a: #M0
c: #M2
[status] idle
''',
);
}
test_dependency_export_topLevelVariable_type() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/b.dart', r'''
export 'a.dart';
''');
// Uses exported `a`.
newFile('$testPackageLibPath/test.dart', r'''
import 'b.dart';
final x = a;
''');
configuration.elementTextConfiguration.withExportScope = true;
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
exportedReferences
declared <testLibraryFragment>::@getter::x
exportNamespace
x: <testLibraryFragment>::@getter::x#element
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/b.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
a: #M0
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M1
requirements
topLevels
dart:core
a: <null>
package:test/b.dart
a: #M0
[status] idle
''',
// Change the initializer, now `double`.
updateFiles: () {
modifyFile2(a, r'''
final a = 1.2;
''');
return [a];
},
// Linked, `x` has type `double`.
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M2
requirements
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: double
exportedReferences
declared <testLibraryFragment>::@getter::x
exportNamespace
x: <testLibraryFragment>::@getter::x#element
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/b.dart
exportedUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M2
[operation] linkLibraryCycle
package:test/b.dart
reExportMap
a: #M2
requirements
exportRequirements
package:test/a.dart
a: #M2
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/b.dart
name: a
expectedId: #M0
actualId: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M3
requirements
topLevels
dart:core
a: <null>
package:test/b.dart
a: #M2
[status] idle
''',
);
}
test_dependency_mixin_getter_inherited_fromGeneric_on_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
mixin A<T> {
T get foo {}
}
mixin B on A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A<T> {
T get foo {}
}
mixin B on A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M5
members
foo.getter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_getter_returnType() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {
int get foo => 0;
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {
double get foo => 1.2;
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M4
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_getter_returnType_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {
int get foo => 0;
int get bar => 0;
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
bar.getter.declared: #M1
foo.getter.declared: #M2
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M2
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {
int get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.getter.declared: #M2
requirements
topLevels
dart:core
int: #M3
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_mixin_it_add() async {
await _runChangeScenarioTA(
initialA: '',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] linkLibraryCycle
package:test/a.dart
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[status] idle
''',
updatedA: r'''
mixin A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M1
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: <null>
actualId: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M1
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: <null>
actualId: #M1
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M1
[status] idle
''',
);
}
test_dependency_mixin_it_add_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
''',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
mixin A {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M2
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_mixin_it_change() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
mixin B {}
''',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
mixin A on B {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M3
B: #M1
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M4
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M3
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: #M3
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M3
[status] idle
''',
);
}
test_dependency_mixin_it_change_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
mixin B {}
mixin C {}
''',
testCode: r'''
import 'a.dart';
A foo() {}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M1
C: #M2
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
mixin A {}
mixin B on C {}
mixin C {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M4
C: #M2
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
19 +3 BODY_MIGHT_COMPLETE_NORMALLY
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_mixin_it_remove() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
''',
testCode: r'''
import 'a.dart';
A foo() => throw 0;
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: '',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: <null>
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: A
expectedId: #M0
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
17 +1 UNDEFINED_CLASS
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: <null>
[status] idle
''',
);
}
test_dependency_mixin_it_remove_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
mixin B {}
''',
testCode: r'''
import 'a.dart';
A foo() => throw 0;
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
B: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[status] idle
''',
updatedA: r'''
mixin A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_mixin_method_add() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_METHOD
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {
int foo() {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M2
requirements
topLevels
dart:core
int: #M3
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: <null>
actualId: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M2
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_method_inherited_fromGeneric_implements_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
mixin A<T> {
T foo() {}
}
mixin B implements A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A<T> {
T foo() {}
}
mixin B implements A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M5
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_method_inherited_fromGeneric_on_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
mixin A<T> {
T foo() {}
}
mixin B on A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A<T> {
T foo() {}
}
mixin B on A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M5
members
foo.method.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: #M1
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_method_remove() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
mixin A {
void foo() {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M2
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_METHOD
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: #M1
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_method_returnType() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {
int foo() {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M1
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.method.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M4
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_method_returnType_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {
int foo() {}
int bar() {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo();
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M2
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: #M2
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {
int foo() {}
double bar() {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
bar.method.declared: #M5
foo.method.declared: #M2
requirements
topLevels
dart:core
double: #M6
int: #M3
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_dependency_mixin_setter_add() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M1
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
updatedA: r'''
mixin A {
set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M2
requirements
topLevels
dart:core
int: #M3
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo=
expectedId: <null>
actualId: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M2
[status] idle
''',
);
}
test_dependency_mixin_setter_inherited_fromGeneric_on_changeTypeArgument() async {
configuration.withStreamResolvedUnitResults = false;
await _runChangeScenarioTA(
initialA: r'''
mixin A<T> {
set foo(T _) {}
}
mixin B on A<int> {}
''',
testCode: r'''
import 'a.dart';
void f(B b) {
b.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
int: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M4
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M2
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
mixin A<T> {
set foo(T _) {}
}
mixin B on A<double> {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M5
members
foo.setter.inherited: #M1
requirements
topLevels
dart:core
double: #M6
[future] getErrors T2
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M7
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: B
expectedId: #M2
actualId: #M5
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
B: <null>
package:test/a.dart
B: #M5
interfaces
package:test/a.dart
B
methods
foo: <null>
foo=: #M1
[status] idle
''',
);
}
test_dependency_mixin_setter_remove() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {
set foo(int _) {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
mixin A {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
requirements
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo=
expectedId: #M1
actualId: <null>
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
errors
35 +3 UNDEFINED_SETTER
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
dart:core
Object
methods
foo: <null>
foo=: <null>
package:test/a.dart
A
methods
foo: <null>
foo=: <null>
[status] idle
''',
);
}
test_dependency_mixin_setter_valueType() async {
await _runChangeScenarioTA(
initialA: r'''
mixin A {
set foo(int _) {}
}
''',
testCode: r'''
import 'a.dart';
void f(A a) {
a.foo = 0;
}
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
f: #M3
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M1
[status] idle
''',
updatedA: r'''
mixin A {
set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
A: #M0
members
foo.setter.declared: #M4
requirements
topLevels
dart:core
double: #M5
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsCannotReuse
instanceMethodIdMismatch
libraryUri: package:test/a.dart
interfaceName: A
methodName: foo=
expectedId: #M1
actualId: #M4
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
A: <null>
package:test/a.dart
A: #M0
interfaces
package:test/a.dart
A
methods
foo: <null>
foo=: #M4
[status] idle
''',
);
}
test_dependency_topLevelFunction() async {
await _runChangeScenarioTA(
initialA: r'''
int foo() {}
''',
testCode: r'''
import 'a.dart';
final x = foo();
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
foo: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
foo: <null>
package:test/a.dart
foo: #M0
[status] idle
''',
updatedA: r'''
double foo() {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
foo: #M3
requirements
topLevels
dart:core
double: #M4
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: double
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: foo
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M5
requirements
topLevels
dart:core
foo: <null>
package:test/a.dart
foo: #M3
[status] idle
''',
);
}
test_dependency_topLevelFunction_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
int foo() {}
int bar() {}
''',
testCode: r'''
import 'a.dart';
final x = foo();
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
bar: #M0
foo: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M3
requirements
topLevels
dart:core
foo: <null>
package:test/a.dart
foo: #M1
[status] idle
''',
updatedA: r'''
int foo() {}
double bar() {}
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
bar: #M4
foo: #M1
requirements
topLevels
dart:core
double: #M5
int: #M2
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: int
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_topLevelGetter() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
double get a => 1.2;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M3
requirements
topLevels
dart:core
double: #M4
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: double
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M5
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M3
[status] idle
''',
);
}
test_dependency_topLevelGetter_notUsed() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
int get b => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M1
requirements
topLevels
dart:core
int: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M3
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
int get a => 0;
double get b => 1.2;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M4
requirements
topLevels
dart:core
double: #M5
int: #M2
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: int
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
test_dependency_topLevelVariable() async {
await _runChangeScenarioTA(
initialA: r'''
final a = 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M1
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
// Change the initializer, now `double`.
updatedA: r'''
final a = 1.2;
''',
// Linked, `x` has type `double`.
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M2
requirements
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: double
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M3
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M2
[status] idle
''',
);
}
test_dependency_topLevelVariable_exported() async {
var a = newFile('$testPackageLibPath/a.dart', r'''
final a = 0;
''');
newFile('$testPackageLibPath/b.dart', r'''
export 'a.dart';
''');
// Uses exported `a`.
newFile('$testPackageLibPath/test.dart', r'''
import 'b.dart';
final x = a;
''');
await _runChangeScenario(
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
[operation] linkLibraryCycle
package:test/b.dart
reExportMap
a: #M0
requirements
exportRequirements
package:test/a.dart
a: #M0
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M1
requirements
topLevels
dart:core
a: <null>
package:test/b.dart
a: #M0
[status] idle
''',
// Change the initializer, now `double`.
updateFiles: () {
modifyFile2(a, r'''
final a = 1.2;
''');
return [a];
},
// Linked, `x` has type `double`.
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M2
requirements
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: double
[operation] cannotReuseLinkedBundle
exportIdMismatch
fragmentUri: package:test/b.dart
exportedUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M2
[operation] linkLibraryCycle
package:test/b.dart
reExportMap
a: #M2
requirements
exportRequirements
package:test/a.dart
a: #M2
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/b.dart
name: a
expectedId: #M0
actualId: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M3
requirements
topLevels
dart:core
a: <null>
package:test/b.dart
a: #M2
[status] idle
''',
);
}
test_linkedBundleProvider_newBundleKey() async {
await _runLibraryManifestScenario(
initialCode: r'''
final a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
// Here `k02` is for `dart:core`.
expectedInitialDriverState: r'''
files
/home/test/lib/test.dart
uri: package:test/test.dart
current
id: file_0
kind: library_0
libraryImports
library_1 dart:core synthetic
fileKinds: library_0
cycle_0
dependencies: dart:core
libraries: library_0
apiSignature_0
unlinkedKey: k00
libraryCycles
/home/test/lib/test.dart
current: cycle_0
key: k01
get: []
put: [k01]
linkedBundleProvider: [k01, k02]
elementFactory
hasElement
package:test/test.dart
''',
// Add a part, this changes the linked bundle key.
updateFiles: () {
var a = newFile('$testPackageLibPath/a.dart', r'''
part of 'test.dart';
final b = 0;
''');
return [a];
},
updatedCode: r'''
part 'a.dart';
final a = 0;
''',
// So, we cannot find the existing library manifest.
// So, we relink the library, and give new IDs.
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
b: #M2
''',
// Note a new bundle key is generated: k05
// TODO(scheglov): Here is a memory leak: k01 is still present.
expectedUpdatedDriverState: r'''
files
/home/test/lib/a.dart
uri: package:test/a.dart
current
id: file_6
kind: partOfUriKnown_6
uriFile: file_0
library: library_7
referencingFiles: file_0
unlinkedKey: k03
/home/test/lib/test.dart
uri: package:test/test.dart
current
id: file_0
kind: library_7
libraryImports
library_1 dart:core synthetic
partIncludes
partOfUriKnown_6
fileKinds: library_7 partOfUriKnown_6
cycle_2
dependencies: dart:core
libraries: library_7
apiSignature_1
unlinkedKey: k04
libraryCycles
/home/test/lib/test.dart
current: cycle_2
key: k05
get: []
put: [k01, k05]
linkedBundleProvider: [k01, k02, k05]
elementFactory
hasElement
package:test/test.dart
''',
);
}
test_linkedBundleProvider_sameBundleKey() async {
await _runLibraryManifestScenario(
initialCode: r'''
final a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
expectedInitialDriverState: r'''
files
/home/test/lib/test.dart
uri: package:test/test.dart
current
id: file_0
kind: library_0
libraryImports
library_1 dart:core synthetic
fileKinds: library_0
cycle_0
dependencies: dart:core
libraries: library_0
apiSignature_0
unlinkedKey: k00
libraryCycles
/home/test/lib/test.dart
current: cycle_0
key: k01
get: []
put: [k01]
linkedBundleProvider: [k01, k02]
elementFactory
hasElement
package:test/test.dart
''',
updatedCode: r'''
final a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
expectedUpdatedDriverState: r'''
files
/home/test/lib/test.dart
uri: package:test/test.dart
current
id: file_0
kind: library_6
libraryImports
library_1 dart:core synthetic
fileKinds: library_6
cycle_2
dependencies: dart:core
libraries: library_6
apiSignature_1
unlinkedKey: k03
libraryCycles
/home/test/lib/test.dart
current: cycle_2
key: k01
get: []
put: [k01, k01]
linkedBundleProvider: [k01, k02]
elementFactory
hasElement
package:test/test.dart
''',
);
}
test_manifest_baseName_declaredConstructor() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A.foo();
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredConstructor_declaredConstructor() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
A.foo();
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
''',
updatedCode: r'''
class A {
A.foo();
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
int get foo {}
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
int get foo {}
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
foo.setter.declared: #M3
''',
updatedCode: r'''
class A {
A.foo();
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
foo.setter.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
int get foo {}
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
int get foo {}
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.declared: #M5
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.declared: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.declared: #M5
foo.setter.declared: #M6
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.declared: #M5
foo.setter.declared: #M6
zzz.method.declared: #M7
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.declared: #M5
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.declared: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.declared: #M5
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.declared: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredStaticSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.declared: #M5
foo.setter.inherited: #M2
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.declared: #M5
foo.setter.inherited: #M2
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.declared: #M4
foo.setter.inherited: #M1
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.method.declared: #M2
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.method.declared: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_declaredInstanceGetter_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
int get foo {}
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
int get foo {}
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_declaredInstanceGetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_declaredInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
void foo() {}
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
void foo() {}
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.method.declared: #M4
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.method.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.method.declared: #M4
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.method.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceMethod_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.setter.declared: #M2
''',
updatedCode: r'''
class A {
A.foo();
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.setter.declared: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.inherited: #M1
foo.setter.declared: #M4
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.inherited: #M1
foo.setter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.inherited: #M1
foo.setter.declared: #M5
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.inherited: #M1
foo.setter.declared: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredInstanceSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.setter.declared: #M4
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.setter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredStaticSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredStaticSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredStaticSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredStaticSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_declaredStaticSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticMethod_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticMethod_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticMethod_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticMethod_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
A.foo();
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_declaredStaticSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
B.foo();
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.getter.inherited: #M1
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredConstructor_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.inherited: #M1
foo.setter.inherited: #M2
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
B.foo();
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.declared: #M4
foo.getter.inherited: #M1
foo.setter.inherited: #M2
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredConstructor_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.method.inherited: #M1
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
B.foo();
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.method.inherited: #M1
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredConstructor_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
B.foo();
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.constructor.declared: #M3
foo.setter.inherited: #M1
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
''',
updatedCode: r'''
class A {
int operator[](_) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredIndex_declaredIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
int operator[](_) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].conflict: #M1
''',
updatedCode: r'''
class A {
int operator[](_) {}
int operator[](_) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredIndex_declaredIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
[].indexEq.declared: #M2
''',
updatedCode: r'''
class A {
int operator[](_) {}
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
[].indexEq.declared: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredIndex_declaredIndexEq_declaredIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
operator[]=(_, _) {}
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].conflict: #M1
''',
updatedCode: r'''
class A {
int operator[](_) {}
operator[]=(_, _) {}
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredIndex_declaredIndexEq_inheritedIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
int operator[](_) {}
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.declared: #M3
[].indexEq.declared: #M4
''',
updatedCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
int operator[](_) {}
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.declared: #M3
[].indexEq.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredIndex_declaredIndexEq_inheritedIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
int operator[](_) {}
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].method.declared: #M3
[].indexEq.declared: #M4
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
int operator[](_) {}
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].method.declared: #M3
[].indexEq.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredIndex_inheritedIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
int operator[](_) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.declared: #M3
''',
updatedCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
int operator[](_) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredIndex_inheritedIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
int operator[](_) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].method.declared: #M3
[].indexEq.inherited: #M1
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
int operator[](_) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].method.declared: #M3
[].indexEq.inherited: #M1
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredIndexEq_declaredIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
}
class B extends A {
operator[]=(_, _) {}
int operator[](_) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
members
[].method.declared: #M2
[].indexEq.declared: #M3
''',
updatedCode: r'''
class A {
}
class B extends A {
operator[]=(_, _) {}
int operator[](_) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
members
[].method.declared: #M2
[].indexEq.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredIndexEq_declaredIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].conflict: #M1
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredIndexEq_inheritedIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.inherited: #M1
[].indexEq.declared: #M3
''',
updatedCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.inherited: #M1
[].indexEq.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredIndexEq_inheritedIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
operator[]=(_, _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].indexEq.declared: #M3
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
operator[]=(_, _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].indexEq.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
int get foo {}
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.declared: #M4
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.declared: #M4
foo.setter.declared: #M5
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.declared: #M4
foo.setter.declared: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.declared: #M4
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredInstanceSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.declared: #M4
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredStaticSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_declaredStaticSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceGetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.declared: #M4
foo.setter.inherited: #M2
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.declared: #M4
foo.setter.inherited: #M2
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceGetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.getter.declared: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.getter.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.getter.declared: #M3
foo.setter.inherited: #M1
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceGetter_declaredInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
int get foo {}
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
int get foo {}
int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceGetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceGetter_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
int get foo {}
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
int get foo {}
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
void foo() {}
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceMethod_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.method.declared: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.method.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceMethod_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredInstanceMethod_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.declared: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceMethod_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredInstanceSetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredInstanceSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
foo.setter.declared: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
foo.setter.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredInstanceSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.inherited: #M1
foo.setter.declared: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.inherited: #M1
foo.setter.declared: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredInstanceSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.declared: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.declared: #M3
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_declaredStaticGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredInstanceSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static int get foo {}
set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredStaticSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
''',
updatedCode: r'''
class A {
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredStaticSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredStaticSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredStaticSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_declaredStaticSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static int get foo {}
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredStaticGetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static int get foo {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredStaticMethod_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticMethod_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredStaticMethod_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticMethod_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static void foo() {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
zzz.method.declared: #M2
''',
);
}
test_manifest_baseName_declaredStaticSetter_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticSetter_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M4
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.conflict: #M5
zzz.method.declared: #M6
''',
);
}
test_manifest_baseName_declaredStaticSetter_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_declaredStaticSetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M3
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
static set foo(int _) {}
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.conflict: #M4
zzz.method.declared: #M5
''',
);
}
test_manifest_baseName_inheritedConstructor() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
class A {
A.foo();
}
class B = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
B: #M2
members
foo.constructor.inherited: #M1
M: #M3
''',
updatedCode: r'''
mixin M {}
class A {
A.foo();
}
class B = A with M;
class Z {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
B: #M2
members
foo.constructor.inherited: #M1
M: #M3
Z: #M4
''',
);
}
test_manifest_baseName_inheritedConstructor_inheritedConstructor() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
class A {
A.foo();
A.foo();
}
class B = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
B: #M2
members
foo.conflict: #M3
M: #M4
''',
updatedCode: r'''
mixin M {}
class A {
A.foo();
A.foo();
}
class B = A with M;
class Z {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M5
B: #M2
members
foo.conflict: #M6
M: #M4
Z: #M7
''',
);
}
test_manifest_baseName_inheritedConstructor_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
class A {
A.foo();
int get foo {}
}
class B = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
B: #M3
members
foo.constructor.inherited: #M1
foo.getter.inherited: #M2
M: #M4
''',
updatedCode: r'''
mixin M {}
class A {
A.foo();
int get foo {}
}
class B = A with M;
class Z {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
B: #M3
members
foo.constructor.inherited: #M1
foo.getter.inherited: #M2
M: #M4
Z: #M5
''',
);
}
test_manifest_baseName_inheritedConstructor_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
class A {
A.foo();
int get foo {}
set foo(int _) {}
}
class B = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
foo.setter.declared: #M3
B: #M4
members
foo.constructor.inherited: #M1
foo.getter.inherited: #M2
foo.setter.inherited: #M3
M: #M5
''',
updatedCode: r'''
mixin M {}
class A {
A.foo();
int get foo {}
set foo(int _) {}
}
class B = A with M;
class Z {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.getter.declared: #M2
foo.setter.declared: #M3
B: #M4
members
foo.constructor.inherited: #M1
foo.getter.inherited: #M2
foo.setter.inherited: #M3
M: #M5
Z: #M6
''',
);
}
test_manifest_baseName_inheritedConstructor_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
class A {
A.foo();
void foo() {}
}
class B = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.method.declared: #M2
B: #M3
members
foo.constructor.inherited: #M1
foo.method.inherited: #M2
M: #M4
''',
updatedCode: r'''
mixin M {}
class A {
A.foo();
void foo() {}
}
class B = A with M;
class Z {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.method.declared: #M2
B: #M3
members
foo.constructor.inherited: #M1
foo.method.inherited: #M2
M: #M4
Z: #M5
''',
);
}
test_manifest_baseName_inheritedConstructor_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
class A {
A.foo();
set foo(int _) {}
}
class B = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.inherited: #M1
foo.setter.inherited: #M2
M: #M4
''',
updatedCode: r'''
mixin M {}
class A {
A.foo();
set foo(int _) {}
}
class B = A with M;
class Z {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.constructor.inherited: #M1
foo.setter.inherited: #M2
M: #M4
Z: #M5
''',
);
}
test_manifest_baseName_inheritedIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.inherited: #M1
''',
updatedCode: r'''
class A {
int operator[](_) {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
B: #M2
members
[].method.inherited: #M1
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_inheritedIndex_inheritedIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator[](_) {}
operator[]=(_, _) {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
[].indexEq.declared: #M2
B: #M3
members
[].method.inherited: #M1
[].indexEq.inherited: #M2
''',
updatedCode: r'''
class A {
int operator[](_) {}
operator[]=(_, _) {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
[].indexEq.declared: #M2
B: #M3
members
[].method.inherited: #M1
[].indexEq.inherited: #M2
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_inheritedIndexEq() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].indexEq.inherited: #M1
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].indexEq.declared: #M1
B: #M2
members
[].indexEq.inherited: #M1
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_inheritedIndexEq_inheritedIndex() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
operator[]=(_, _) {}
int operator[](_) {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
[].indexEq.declared: #M2
B: #M3
members
[].method.inherited: #M1
[].indexEq.inherited: #M2
''',
updatedCode: r'''
class A {
operator[]=(_, _) {}
int operator[](_) {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
[].method.declared: #M1
[].indexEq.declared: #M2
B: #M3
members
[].method.inherited: #M1
[].indexEq.inherited: #M2
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_inheritedInstanceGetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A {
int get foo {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_inheritedInstanceGetter_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.inherited: #M1
foo.setter.inherited: #M2
''',
updatedCode: r'''
class A {
int get foo {}
set foo(int _) {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
foo.setter.declared: #M2
B: #M3
members
foo.getter.inherited: #M1
foo.setter.inherited: #M2
zzz.method.declared: #M4
''',
);
}
test_manifest_baseName_inheritedInstanceMethod() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A {
void foo() {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
zzz.method.declared: #M3
''',
);
}
test_manifest_baseName_inheritedInstanceSetter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
class B extends A {
void zzz() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
zzz.method.declared: #M3
''',
);
}
test_manifest_class_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
''',
updatedCode: r'''
class A {}
class B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
);
}
test_manifest_class_constructor_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A.foo();
A.bar();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.constructor.declared: #M2
foo.constructor.declared: #M1
''',
);
}
test_manifest_class_constructor_formalParameter_requiredPositional() async {
configuration.includeDefaultConstructors();
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo(int a);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A.foo(int a);
A.bar();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.constructor.declared: #M2
foo.constructor.declared: #M1
''',
);
}
test_manifest_class_constructor_formalParameter_requiredPositional_add() async {
configuration.includeDefaultConstructors();
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A(int a);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
new.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A(int a, int b);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
new.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_initializers_isConst_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.named(int x);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
''',
updatedCode: r'''
class A {
const A.named(int x) : assert(x > 0);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_initializers_isConst_assert() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.c1(int x) : assert(x > 0);
const A.c2(int x) : assert(x > 0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
''',
updatedCode: r'''
class A {
const A.c1(int x) : assert(x > 0);
const A.c2(int x) : assert(x > 1);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M3
''',
);
}
test_manifest_class_constructor_initializers_isConst_fieldInitializer_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int foo;
const A.named() : bar = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
named.constructor.declared: #M2
''',
updatedCode: r'''
class A {
final int foo;
const A.named() : foo = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
named.constructor.declared: #M3
''',
);
}
test_manifest_class_constructor_initializers_isConst_fieldInitializer_value() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int foo;
const A.named() : foo = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
named.constructor.declared: #M2
''',
updatedCode: r'''
class A {
final int foo;
const A.named() : foo = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
named.constructor.declared: #M3
''',
);
}
test_manifest_class_constructor_initializers_isConst_formalParameter_exchange() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.named(int x, int y) : assert(x > 0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
''',
updatedCode: r'''
class A {
const A.named(int y, int x) : assert(x > 0);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_initializers_isConst_redirect_argument() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int f;
const A.c1(int a) : f = a;
const A.c2() : this.c1(0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
f.getter.declared: #M3
''',
updatedCode: r'''
class A {
final int f;
const A.c1(int a) : f = a;
const A.c2() : this.c1(1);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M4
f.getter.declared: #M3
''',
);
}
test_manifest_class_constructor_initializers_isConst_redirect_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int f;
const A.c1() : f = 0;
const A.c2() : f = 1;
const A.c3() : this.c1();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
c3.constructor.declared: #M3
f.getter.declared: #M4
''',
updatedCode: r'''
class A {
final int f;
const A.c1() : f = 0;
const A.c2() : f = 1;
const A.c3() : this.c2();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
c3.constructor.declared: #M5
f.getter.declared: #M4
''',
);
}
test_manifest_class_constructor_initializers_isConst_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.named(int x) : assert(x > 0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
''',
updatedCode: r'''
class A {
const A.named(int x);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_initializers_isConst_super_argument() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.named(int _);
}
class B extends A {
const A.named() : super.named(0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
B: #M2
members
named.constructor.declared: #M3
''',
updatedCode: r'''
class A {
const A.named(int _);
}
class B extends A {
const A.named() : super.named(1);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
B: #M2
members
named.constructor.declared: #M4
''',
);
}
test_manifest_class_constructor_initializers_isConst_super_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int f;
const A.c1() : f = 0;
const A.c2() : f = 1;
}
class B extends A {
const A.named() : super.c1(0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
f.getter.declared: #M3
B: #M4
members
f.getter.inherited: #M3
named.constructor.declared: #M5
''',
updatedCode: r'''
class A {
final int f;
const A.c1() : f = 0;
const A.c2() : f = 1;
}
class B extends A {
const A.named() : super.c2(0);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
f.getter.declared: #M3
B: #M4
members
f.getter.inherited: #M3
named.constructor.declared: #M6
''',
);
}
test_manifest_class_constructor_initializers_isConst_super_transitive() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int f;
const A.named() : f = 0;
}
class B extends A {
const A.named() : super.named();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
f.getter.declared: #M1
named.constructor.declared: #M2
B: #M3
members
f.getter.inherited: #M1
named.constructor.declared: #M4
''',
updatedCode: r'''
class A {
final int f;
const A.named() : f = 1;
}
class B extends A {
const A.named() : super.named();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
f.getter.declared: #M1
named.constructor.declared: #M5
B: #M3
members
f.getter.inherited: #M1
named.constructor.declared: #M6
''',
);
}
test_manifest_class_constructor_initializers_notConst_assert() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.named(int x) : assert(x > 0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A.named(int x) : assert(x > 1);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
''',
);
}
test_manifest_class_constructor_initializers_notConst_fieldInitializer_value() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int foo;
A.named() : foo = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
named.constructor.declared: #M2
''',
updatedCode: r'''
class A {
final int foo;
A.named() : foo = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
named.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_initializers_notConst_redirect_argument() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final int f;
A.c1(int a) : f = a;
A.c2() : this.c1(0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
f.getter.declared: #M3
''',
updatedCode: r'''
class A {
final int f;
A.c1(int a) : f = a;
A.c2() : this.c1(1);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
f.getter.declared: #M3
''',
);
}
test_manifest_class_constructor_initializers_notConst_super_argument() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.named(int _);
}
class B extends A {
A.named() : super.named(0);
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
B: #M2
members
named.constructor.declared: #M3
''',
updatedCode: r'''
class A {
const A.named(int _);
}
class B extends A {
A.named() : super.named(1);
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
B: #M2
members
named.constructor.declared: #M3
''',
);
}
test_manifest_class_constructor_isConst_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
const A.foo();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_isConst_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A.foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_isFactory_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
factory A.foo();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_isFactory_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
factory A.foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A.foo();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
@Deprected('0')
A.foo();
@Deprected('0')
A.bar();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.constructor.declared: #M1
foo.constructor.declared: #M2
''',
updatedCode: r'''
class A {
@Deprected('1')
A.foo();
@Deprected('0')
A.bar();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.constructor.declared: #M1
foo.constructor.declared: #M3
''',
);
}
test_manifest_class_constructor_private() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A._foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
A._foo();
A.bar();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.constructor.declared: #M1
bar.constructor.declared: #M2
''',
);
}
test_manifest_class_constructor_private_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A._foo();
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.constructor.declared: #M1
''',
updatedCode: r'''
class A {
const A._foo();
A.bar();
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.constructor.declared: #M1
bar.constructor.declared: #M2
''',
);
}
test_manifest_class_extendsAdd_direct() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
class B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
class A extends B {}
class B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M2
B: #M1
''',
);
}
test_manifest_class_extendsAdd_indirect() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A extends B {}
class B {}
class C {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
C: #M2
''',
updatedCode: r'''
class A extends B {}
class B extends C {}
class C {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M3
B: #M4
C: #M2
''',
);
}
test_manifest_class_extendsChange() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A extends B {}
class B {}
class C {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
C: #M2
''',
updatedCode: r'''
class A extends C {}
class B {}
class C {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M3
B: #M1
C: #M2
''',
);
}
test_manifest_class_field_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
class A {
final a = 0;
final b = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
b.getter.declared: #M2
''',
);
}
test_manifest_class_field_initializer_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
class A {
final a = 1.2;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M2
''',
);
}
test_manifest_class_field_initializer_value_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
class A {
final a = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
);
}
test_manifest_class_field_initializer_value_static_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static const a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
class A {
static const a = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M2
''',
);
}
test_manifest_class_field_initializer_value_static_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
class A {
static final a = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
);
}
test_manifest_class_field_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
@Deprecated('0')
var a = 0;
@Deprecated('0')
var b = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
a.setter.declared: #M2
b.getter.declared: #M3
b.setter.declared: #M4
''',
updatedCode: r'''
class A {
@Deprecated('0')
var a = 0;
@Deprecated('1')
var b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
a.setter.declared: #M2
b.getter.declared: #M5
b.setter.declared: #M6
''',
);
}
test_manifest_class_field_private_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
final _a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
''',
updatedCode: r'''
class A {
final _a = 0;
final b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
b.getter.declared: #M2
''',
);
}
test_manifest_class_field_private_static_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static const _a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
''',
updatedCode: r'''
class A {
static const _a = 0;
static const b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
b.getter.declared: #M2
''',
);
}
test_manifest_class_field_private_var() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
var _a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
_a.setter.declared: #M2
''',
updatedCode: r'''
class A {
var _a = 0;
var b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
_a.setter.declared: #M2
b.getter.declared: #M3
b.setter.declared: #M4
''',
);
}
test_manifest_class_field_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int? a;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
a.setter.declared: #M2
''',
updatedCode: r'''
class A {
double? a;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M3
a.setter.declared: #M4
''',
);
}
test_manifest_class_getter_add_extends() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo => 0;
}
class B extends A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A {
int get foo => 0;
int get bar => 0;
}
class B extends A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_class_getter_add_extends_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T get foo => 0;
}
class B extends A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T get foo => 0;
T get bar => 0;
}
class B extends A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_class_getter_add_implements() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo => 0;
}
class B implements A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A {
int get foo => 0;
int get bar => 0;
}
class B implements A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_class_getter_add_implements_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T get foo => 0;
}
class B implements A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T get foo => 0;
T get bar => 0;
}
class B implements A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_class_getter_add_with() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo => 0;
}
class B with A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A {
int get foo => 0;
int get bar => 0;
}
class B with A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_class_getter_add_with_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T get foo => 0;
}
class B with A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T get foo => 0;
T get bar => 0;
}
class B with A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_class_getter_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
@Deprecated('0')
int get foo => 0;
@Deprecated('0')
int get bar => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M1
foo.getter.declared: #M2
''',
updatedCode: r'''
class A {
@Deprecated('1')
int get foo => 0;
@Deprecated('0')
int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M1
foo.getter.declared: #M3
''',
);
}
test_manifest_class_getter_private_instance() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get _foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
int get _foo => 0;
int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
bar.getter.declared: #M2
''',
);
}
test_manifest_class_getter_private_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get _foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static int get _foo => 0;
int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
bar.getter.declared: #M2
''',
);
}
test_manifest_class_getter_returnType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.getter.declared: #M1
returnType: int @ dart:core
''',
updatedCode: r'''
class A {
double get foo => 1.2;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.getter.declared: #M2
returnType: double @ dart:core
''',
);
}
test_manifest_class_getter_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static int get foo => 0;
static int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M2
foo.getter.declared: #M1
''',
);
}
test_manifest_class_getter_static_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static int get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M2
''',
);
}
test_manifest_class_getter_static_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static double get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M2
''',
);
}
test_manifest_class_getter_static_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
int get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M2
''',
);
}
test_manifest_class_getter_toDuplicate_hasInstance_addInstance_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
int get foo {}
double get foo {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_getter_toDuplicate_hasInstance_addInstance_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
double get foo {}
int get foo {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_getter_toDuplicate_hasInstance_addStatic_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
int get foo {}
static double get foo {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_getter_toDuplicate_hasInstance_addStatic_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static double get foo {}
int get foo {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_getter_toDuplicate_hasStatic_addStatic_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static int get foo {}
static double get foo {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_getter_toDuplicate_hasStatic_addStatic_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int get foo {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
class A {
static double get foo {}
static int get foo {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_interfacesAdd() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
class B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
class A implements B {}
class B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M2
B: #M1
''',
);
}
test_manifest_class_interfacesRemove() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A implements B {}
class B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
class A {}
class B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M2
B: #M1
''',
);
}
test_manifest_class_interfacesReplace() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A implements B {}
class B {}
class C {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
C: #M2
''',
updatedCode: r'''
class A implements C {}
class B {}
class C {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M3
B: #M1
C: #M2
''',
);
}
test_manifest_class_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@Deprecated('0')
class A {}
@Deprecated('0')
class B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
@Deprecated('0')
class A {}
@Deprecated('1')
class B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M2
''',
);
}
test_manifest_class_method_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M2
foo.method.declared: #M1
''',
);
}
test_manifest_class_method_add_extends() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B extends A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A {
void foo() {}
void bar() {}
}
class B extends A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_add_extends_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T foo() {}
}
class B extends A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T foo() {}
void bar() {}
}
class B extends A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_add_extends_generic2() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T foo() {}
}
class B extends A<int> {}
class C extends B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
C: #M3
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T foo() {}
void bar() {}
}
class B extends A<int> {}
class C extends B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M4
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M4
foo.method.inherited: #M1
C: #M3
members
bar.method.inherited: #M4
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_add_implements() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B implements A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A {
void foo() {}
void bar() {}
}
class B implements A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_add_implements_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T foo() {}
}
class B implements A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T foo() {}
void bar() {}
}
class B implements A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_add_with() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
class B with A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A {
void foo() {}
void bar() {}
}
class B with A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_add_with_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
T foo() {}
}
class B with A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
class A<T> {
T foo() {}
void bar() {}
}
class B with A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_class_method_formalParameter_optionalNamed() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo({int a}) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo({int a}) {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M2
foo.method.declared: #M1
''',
);
}
test_manifest_class_method_formalParameter_optionalPositional() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo([int a]) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo([int a]) {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M2
foo.method.declared: #M1
''',
);
}
test_manifest_class_method_formalParameter_requiredNamed() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo({required int a}) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo({required int a}) {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M2
foo.method.declared: #M1
''',
);
}
test_manifest_class_method_formalParameter_requiredNamed_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo({required int a}) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo({required int b}) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_formalParameter_requiredNamed_type() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo({required int a}) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.method.declared: #M1
functionType: FunctionType
named
a: required int @ dart:core
returnType: void
''',
updatedCode: r'''
class A {
void foo({required double a}) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.method.declared: #M2
functionType: FunctionType
named
a: required double @ dart:core
returnType: void
''',
);
}
test_manifest_class_method_formalParameter_requiredPositional() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo(int a) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo(int a) {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M2
foo.method.declared: #M1
''',
);
}
test_manifest_class_method_formalParameter_requiredPositional_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo(int a) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo(int b) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
);
}
test_manifest_class_method_formalParameter_requiredPositional_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo(int a) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo(double a) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasInstanceInstance_removeFirst() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasInstanceInstance_removeSecond() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasInstanceStatic_removeFirst() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
static double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
static double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasInstanceStatic_removeSecond() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
static double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasStaticInstance_removeFirst() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasStaticInstance_removeSecond() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
static int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasStaticStatic_removeFirst() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
static double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
static double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_fromDuplicate_hasStaticStatic_removeSecond() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
static double foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M1
''',
updatedCode: r'''
class A {
static int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
@Deprecated('0')
void foo() {}
@Deprecated('0')
void bar() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M2
''',
updatedCode: r'''
class A {
@Deprecated('1')
void foo() {}
@Deprecated('0')
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M3
''',
);
}
test_manifest_class_method_private_instance() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void _foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void _foo() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
bar.method.declared: #M2
''',
);
}
test_manifest_class_method_private_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static void _foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static void _foo() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
bar.method.declared: #M2
''',
);
}
test_manifest_class_method_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
void bar() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M2
''',
updatedCode: r'''
class A {
void foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_returnType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.method.declared: #M1
functionType: FunctionType
returnType: int @ dart:core
''',
updatedCode: r'''
class A {
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.method.declared: #M2
functionType: FunctionType
returnType: double @ dart:core
''',
);
}
test_manifest_class_method_static_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static void foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_static_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_static_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasInstance_addInstance_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
int foo() {}
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasInstance_addInstance_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
double foo() {}
int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasInstance_addStatic_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
int foo() {}
static double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasInstance_addStatic_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static double foo() {}
int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasStatic_addInstance_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static int foo() {}
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasStatic_addInstance_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
double foo() {}
static int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasStatic_addStatic_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static int foo() {}
static double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_toDuplicate_hasStatic_addStatic_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
static double foo() {}
static int foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_method_typeParameter() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
Map<T, U> foo<U>() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
typeParameters
bound: <null>
supertype: Object @ dart:core
members
foo.method.declared: #M1
functionType: FunctionType
typeParameters
bound: <null>
returnType: Map @ dart:core
typeParameter#1
typeParameter#0
''',
updatedCode: r'''
class A<T> {
Map<T, U> foo<U>() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
typeParameters
bound: <null>
supertype: Object @ dart:core
members
bar.method.declared: #M2
functionType: FunctionType
returnType: void
foo.method.declared: #M1
functionType: FunctionType
typeParameters
bound: <null>
returnType: Map @ dart:core
typeParameter#1
typeParameter#0
''',
);
}
test_manifest_class_method_typeParameter_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo<T>() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo<T, U>() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_method_typeParameter_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo<T, U>() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
class A {
void foo<T>() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_class_private() async {
await _runLibraryManifestScenario(
initialCode: r'''
class _A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_A: #M0
''',
updatedCode: r'''
class _A {}
class B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
B: #M1
_A: #M0
''',
);
}
test_manifest_class_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
''',
updatedCode: '',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
''',
);
}
test_manifest_class_setter_add_extends() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B extends A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
set bar(int _) {}
}
class B extends A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_class_setter_add_extends_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
set foo(T _) {}
}
class B extends A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A<T> {
set foo(T _) {}
set bar(T _) {}
}
class B extends A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_class_setter_add_implements() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B implements A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
set bar(int _) {}
}
class B implements A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_class_setter_add_implements_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
set foo(T _) {}
}
class B implements A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A<T> {
set foo(T _) {}
set bar(T _) {}
}
class B implements A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_class_setter_add_with() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
class B with A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
set bar(int _) {}
}
class B with A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_class_setter_add_with_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A<T> {
set foo(T _) {}
}
class B with A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
class A<T> {
set foo(T _) {}
set bar(T _) {}
}
class B with A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_class_setter_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
@Deprecated('0')
set foo(int _) {}
@Deprecated('0')
set bar(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M1
foo.setter.declared: #M2
''',
updatedCode: r'''
class A {
@Deprecated('1')
set foo(int _) {}
@Deprecated('0')
set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M1
foo.setter.declared: #M3
''',
);
}
test_manifest_class_setter_private_instance() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set _foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
set _foo(int _) {}
set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
bar.setter.declared: #M2
''',
);
}
test_manifest_class_setter_private_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set _foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set _foo(int _) {}
set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
bar.setter.declared: #M2
''',
);
}
test_manifest_class_setter_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(int _) {}
static set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M2
foo.setter.declared: #M1
''',
);
}
test_manifest_class_setter_static_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M2
''',
);
}
test_manifest_class_setter_static_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M2
''',
);
}
test_manifest_class_setter_static_valueType() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M2
''',
);
}
test_manifest_class_setter_toDuplicate_hasInstance_addInstance_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_setter_toDuplicate_hasInstance_addInstance_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
set foo(double _) {}
set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_setter_toDuplicate_hasInstance_addStatic_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
set foo(int _) {}
static set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_setter_toDuplicate_hasInstance_addStatic_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(double _) {}
set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_setter_toDuplicate_hasStatic_addStatic_after() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(int _) {}
static set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_setter_toDuplicate_hasStatic_addStatic_before() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
class A {
static set foo(double _) {}
static set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.conflict: #M2
''',
);
}
test_manifest_class_setter_valueType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.setter.declared: #M1
valueType: int @ dart:core
''',
updatedCode: r'''
class A {
set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
supertype: Object @ dart:core
members
foo.setter.declared: #M2
valueType: double @ dart:core
''',
);
}
test_manifest_classTypeAlias_constructors_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.c1();
}
mixin M {}
class X = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
M: #M2
X: #M3
members
c1.constructor.inherited: #M1
''',
updatedCode: r'''
class A {
A.c1();
A.c2();
}
mixin M {}
class X = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M4
M: #M2
X: #M3
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M4
''',
);
}
test_manifest_classTypeAlias_constructors_add_chain_backward() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.c1();
}
mixin M {}
class X1 = X2 with M;
class X2 = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
M: #M2
X1: #M3
members
c1.constructor.inherited: #M1
X2: #M4
members
c1.constructor.inherited: #M1
''',
updatedCode: r'''
class A {
A.c1();
A.c2();
}
mixin M {}
class X1 = X2 with M;
class X2 = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M5
M: #M2
X1: #M3
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M5
X2: #M4
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M5
''',
);
}
test_manifest_classTypeAlias_constructors_add_chain_forward() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.c1();
}
mixin M {}
class X1 = A with M;
class X2 = X1 with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
M: #M2
X1: #M3
members
c1.constructor.inherited: #M1
X2: #M4
members
c1.constructor.inherited: #M1
''',
updatedCode: r'''
class A {
A.c1();
A.c2();
}
mixin M {}
class X1 = A with M;
class X2 = X1 with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M5
M: #M2
X1: #M3
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M5
X2: #M4
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M5
''',
);
}
test_manifest_classTypeAlias_constructors_change() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.c1();
A.c2(int _);
}
mixin M {}
class X = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
M: #M3
X: #M4
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M2
''',
updatedCode: r'''
class A {
A.c1();
A.c2(double _);
}
mixin M {}
class X = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M5
M: #M3
X: #M4
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M5
''',
);
}
test_manifest_classTypeAlias_constructors_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.c1();
A.c2();
}
mixin M {}
class X = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
c2.constructor.declared: #M2
M: #M3
X: #M4
members
c1.constructor.inherited: #M1
c2.constructor.inherited: #M2
''',
updatedCode: r'''
class A {
A.c1();
}
mixin M {}
class X = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
c1.constructor.declared: #M1
M: #M3
X: #M4
members
c1.constructor.inherited: #M1
''',
);
}
test_manifest_classTypeAlias_extends() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
class B {}
mixin M {}
class X = A with M;
class Y = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
M: #M2
X: #M3
Y: #M4
''',
updatedCode: r'''
class A {}
class B {}
mixin M {}
class X = A with M;
class Y = B with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
M: #M2
X: #M3
Y: #M5
''',
);
}
test_manifest_classTypeAlias_getter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int get foo1 => 0;
int get foo2 => 0;
}
mixin M {
int get foo3 => 0;
int get foo4 => 0;
}
class X = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo1.getter.declared: #M1
foo2.getter.declared: #M2
M: #M3
members
foo3.getter.declared: #M4
foo4.getter.declared: #M5
X: #M6
members
foo1.getter.inherited: #M1
foo2.getter.inherited: #M2
foo3.getter.inherited: #M4
foo4.getter.inherited: #M5
''',
updatedCode: r'''
class A {
int get foo1 => 0;
double get foo2 => 0;
}
mixin M {
int get foo3 => 0;
double get foo4 => 0;
}
class X = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo1.getter.declared: #M1
foo2.getter.declared: #M7
M: #M3
members
foo3.getter.declared: #M4
foo4.getter.declared: #M8
X: #M6
members
foo1.getter.inherited: #M1
foo2.getter.inherited: #M7
foo3.getter.inherited: #M4
foo4.getter.inherited: #M8
''',
);
}
test_manifest_classTypeAlias_interfaces() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
mixin M {}
class X1 = Object with M;
class X2 = Object with M implements A;
class X3 = Object with M;
class X4 = Object with M implements A;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
M: #M1
X1: #M2
X2: #M3
X3: #M4
X4: #M5
''',
updatedCode: r'''
class A {}
mixin M {}
class X1 = Object with M;
class X2 = Object with M implements A;
class X3 = Object with M implements A;
class X4 = Object with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
M: #M1
X1: #M2
X2: #M3
X3: #M6
X4: #M7
''',
);
}
test_manifest_classTypeAlias_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin M {}
@Deprecated('0')
class X = Object with M;
@Deprecated('0')
class Y = Object with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
M: #M0
X: #M1
Y: #M2
''',
updatedCode: r'''
mixin M {}
@Deprecated('0')
class X = Object with M;
@Deprecated('1')
class Y = Object with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
M: #M0
X: #M1
Y: #M3
''',
);
}
test_manifest_classTypeAlias_method() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
void foo1(int _) {}
void foo2(int _) {}
}
mixin M {
void foo3(int _) {}
void foo4(int _) {}
}
class X = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo1.method.declared: #M1
foo2.method.declared: #M2
M: #M3
members
foo3.method.declared: #M4
foo4.method.declared: #M5
X: #M6
members
foo1.method.inherited: #M1
foo2.method.inherited: #M2
foo3.method.inherited: #M4
foo4.method.inherited: #M5
''',
updatedCode: r'''
class A {
void foo1(int _) {}
void foo2(double _) {}
}
mixin M {
void foo3(int _) {}
void foo4(double _) {}
}
class X = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo1.method.declared: #M1
foo2.method.declared: #M7
M: #M3
members
foo3.method.declared: #M4
foo4.method.declared: #M8
X: #M6
members
foo1.method.inherited: #M1
foo2.method.inherited: #M7
foo3.method.inherited: #M4
foo4.method.inherited: #M8
''',
);
}
test_manifest_classTypeAlias_setter() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
set foo1(int _) {}
set foo2(int _) {}
}
mixin M {
set foo3(int _) {}
set foo4(int _) {}
}
class X = A with M;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo1.setter.declared: #M1
foo2.setter.declared: #M2
M: #M3
members
foo3.setter.declared: #M4
foo4.setter.declared: #M5
X: #M6
members
foo1.setter.inherited: #M1
foo2.setter.inherited: #M2
foo3.setter.inherited: #M4
foo4.setter.inherited: #M5
''',
updatedCode: r'''
class A {
set foo1(int _) {}
set foo2(double _) {}
}
mixin M {
set foo3(int _) {}
set foo4(double _) {}
}
class X = A with M;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo1.setter.declared: #M1
foo2.setter.declared: #M7
M: #M3
members
foo3.setter.declared: #M4
foo4.setter.declared: #M8
X: #M6
members
foo1.setter.inherited: #M1
foo2.setter.inherited: #M7
foo3.setter.inherited: #M4
foo4.setter.inherited: #M8
''',
);
}
test_manifest_constInitializer_adjacentStrings() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 0;
const c = '$a' 'x';
const d = 'x' '$a';
const e = '$b' 'x';
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
e: #M4
''',
updatedCode: r'''
const a = 1;
const b = 0;
const c = '$a' 'x';
const d = 'x' '$a';
const e = '$b' 'x';
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M5
b: #M1
c: #M6
d: #M7
e: #M4
''',
);
}
test_manifest_constInitializer_asExpression() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 0;
const c = a as int;
const d = b as int;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
const a = 0;
const b = 1;
const c = a as int;
const d = b as int;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M4
c: #M2
d: #M5
''',
);
}
test_manifest_constInitializer_binaryExpression() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0 + 1;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = 0 + 1;
const b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_constInitializer_binaryExpression_left_change() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = a + 2;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
updatedCode: r'''
const a = 1;
const b = a + 2;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M2
b: #M3
''',
);
}
test_manifest_constInitializer_binaryExpression_left_token() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0 + 1;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = 2 + 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_constInitializer_binaryExpression_operator() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
const A();
int operator+(_) {}
}
const a = A();
const x = a + 1;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
+.method.declared: #M1
a: #M2
x: #M3
''',
updatedCode: r'''
class A {
const A();
double operator+(_) {}
}
const a = A();
const x = a + 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
+.method.declared: #M4
a: #M2
x: #M5
''',
);
}
test_manifest_constInitializer_binaryExpression_operator_token() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0 + 1;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = 0 - 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_constInitializer_binaryExpression_right() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 2 + a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
updatedCode: r'''
const a = 1;
const b = 2 + a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M2
b: #M3
''',
);
}
test_manifest_constInitializer_binaryExpression_right_add() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
const b = 0 + a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
b: #M0
returnType: double @ dart:core
constInitializer
tokenBuffer: 0+a
tokenLengthList: [1, 1, 1]
elements
[0] (dart:core, num, +) #M1
elementIndexList
0 = null
5 = element 0
''',
updatedCode: r'''
const a = 1;
const b = 0 + a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M2
returnType: int @ dart:core
constInitializer
tokenBuffer: 1
tokenLengthList: [1]
b: #M3
returnType: int @ dart:core
constInitializer
tokenBuffer: 0+a
tokenLengthList: [1, 1, 1]
elements
[0] (package:test/test.dart, a) <null>
[1] (dart:core, num, +) #M1
elementIndexList
5 = element 0
13 = element 1
''',
);
}
test_manifest_constInitializer_binaryExpression_right_remove() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 1 + a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
returnType: int @ dart:core
constInitializer
tokenBuffer: 0
tokenLengthList: [1]
b: #M1
returnType: int @ dart:core
constInitializer
tokenBuffer: 1+a
tokenLengthList: [1, 1, 1]
elements
[0] (package:test/test.dart, a) <null>
[1] (dart:core, num, +) #M2
elementIndexList
5 = element 0
13 = element 1
''',
updatedCode: r'''
const b = 1 + a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
b: #M3
returnType: double @ dart:core
constInitializer
tokenBuffer: 1+a
tokenLengthList: [1, 1, 1]
elements
[0] (dart:core, num, +) #M2
elementIndexList
0 = null
5 = element 0
''',
);
}
test_manifest_constInitializer_boolLiteral() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = true;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = true;
const b = false;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_constInitializer_conditionalExpression() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = true;
const b = true;
const c = a ? 0 : 1;
const d = b ? 0 : 1;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
const a = true;
const b = false;
const c = a ? 0 : 1;
const d = b ? 0 : 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M4
c: #M2
d: #M5
''',
);
}
test_manifest_constInitializer_constructorName_named() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A.named();
}
const a = A.named();
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M1
a: #M2
''',
updatedCode: r'''
class A {
A.named(int _);
}
const a = A.named();
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
named.constructor.declared: #M3
a: #M4
''',
);
}
test_manifest_constInitializer_constructorName_unnamed() async {
configuration.ignoredManifestInstanceMemberNames.remove('new');
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A();
}
const a = A();
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
new.constructor.declared: #M1
a: #M2
''',
updatedCode: r'''
class A {
A(int _);
}
const a = A();
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
new.constructor.declared: #M3
a: #M4
''',
);
}
test_manifest_constInitializer_constructorName_unnamed_notAffected() async {
configuration.ignoredManifestInstanceMemberNames.remove('new');
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A();
}
const a = A();
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
new.constructor.declared: #M1
a: #M2
''',
updatedCode: r'''
class A {
A();
void foo() {}
}
const a = A();
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M3
new.constructor.declared: #M1
a: #M2
''',
);
}
test_manifest_constInitializer_dynamicElement() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0 as dynamic;
const b = 0 as dynamic;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
updatedCode: r'''
const a = 0 as dynamic;
const b = 0 as int;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M2
''',
);
}
test_manifest_constInitializer_instanceCreation_argument() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
A(_);
}
const a = 0;
const b = 0;
const c = A(a);
const d = A(b);
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
a: #M1
b: #M2
c: #M3
d: #M4
''',
updatedCode: r'''
class A {
A(_);
}
const a = 1;
const b = 0;
const c = A(a);
const d = A(b);
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
a: #M5
b: #M2
c: #M6
d: #M4
''',
);
}
test_manifest_constInitializer_integerLiteral() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = 0;
const b = 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_constInitializer_integerLiteral_value() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_constInitializer_listLiteral() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 0;
const c = [a];
const d = [b];
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
const a = 1;
const b = 0;
const c = [a];
const d = [b];
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M4
b: #M1
c: #M5
d: #M3
''',
);
}
test_manifest_constInitializer_mapLiteral_key() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 0;
const c = {a: 0};
const d = {b: 0};
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
const a = 1;
const b = 0;
const c = {a: 0};
const d = {b: 0};
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M4
b: #M1
c: #M5
d: #M3
''',
);
}
test_manifest_constInitializer_mapLiteral_value() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 0;
const c = {0: a};
const d = {0: b};
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
const a = 1;
const b = 0;
const c = {0: a};
const d = {0: b};
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M4
b: #M1
c: #M5
d: #M3
''',
);
}
test_manifest_constInitializer_namedType() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {}
class B {}
const a = A;
const b = B;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
a: #M2
b: #M3
''',
updatedCode: r'''
class A {}
class B extends A {}
const a = A;
const b = B;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M4
a: #M2
b: #M5
''',
);
}
test_manifest_constInitializer_prefixedIdentifier_className_fieldName() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
static const a = 0;
static const b = 0;
}
const c = A.a;
const d = A.b;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
b.getter.declared: #M2
c: #M3
d: #M4
''',
updatedCode: r'''
class A {
static const a = 0;
static const b = 1;
}
const c = A.a;
const d = A.b;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
b.getter.declared: #M5
c: #M3
d: #M6
''',
);
}
test_manifest_constInitializer_prefixedIdentifier_importPrefix_className_fieldName() async {
await _runLibraryManifestScenario(
initialCode: r'''
import '' as self;
class A {
static const a = 0;
static const b = 0;
}
const c = self.A.a;
const d = self.A.b;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
b.getter.declared: #M2
c: #M3
d: #M4
''',
updatedCode: r'''
import '' as self;
class A {
static const a = 0;
static const b = 1;
}
const c = self.A.a;
const d = self.A.b;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
b.getter.declared: #M5
c: #M3
d: #M6
''',
);
}
test_manifest_constInitializer_prefixedIdentifier_importPrefix_topVariable() async {
await _runLibraryManifestScenario(
initialCode: r'''
import '' as self;
const a = 0;
const b = 0;
const c = self.a;
const d = self.b;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
import '' as self;
const a = 0;
const b = 1;
const c = self.a;
const d = self.b;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M4
c: #M2
d: #M5
''',
);
}
test_manifest_constInitializer_prefixedIdentifier_importPrefix_topVariable_changePrefix() async {
newFile('$testPackageLibPath/a.dart', '');
await _runLibraryManifestScenario(
initialCode: r'''
import 'a.dart' as x;
const z = x.x + y.y;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/a.dart
[operation] linkLibraryCycle
package:test/test.dart
manifest
z: #M0
''',
updatedCode: r'''
import 'a.dart' as y;
const z = x.x + y.y;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
z: #M1
''',
);
}
test_manifest_constInitializer_prefixedIdentifier_importPrefix_topVariable_changeUri() async {
newFile('$testPackageLibPath/a.dart', r'''
const x = 0;
''');
newFile('$testPackageLibPath/b.dart', r'''
const x = 0;
''');
await _runLibraryManifestScenario(
initialCode: r'''
import 'a.dart' as p;
const z = p.x;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/a.dart
manifest
x: #M0
[operation] linkLibraryCycle
package:test/test.dart
manifest
z: #M1
''',
updatedCode: r'''
import 'b.dart' as p;
const z = p.x;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/b.dart
manifest
x: #M2
[operation] linkLibraryCycle
package:test/test.dart
manifest
z: #M3
''',
);
}
test_manifest_constInitializer_prefixExpression() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator-() {}
}
const a = A();
const b = -a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
unary-.method.declared: #M1
a: #M2
b: #M3
''',
updatedCode: r'''
class A {
double operator-() {}
}
const a = A();
const b = -a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
unary-.method.declared: #M4
a: #M2
b: #M5
''',
);
}
test_manifest_constInitializer_prefixExpression_notAffected() async {
await _runLibraryManifestScenario(
initialCode: r'''
class A {
int operator-() {}
}
const a = A();
const b = -a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
unary-.method.declared: #M1
a: #M2
b: #M3
''',
updatedCode: r'''
class A {
int operator-() {}
void foo() {}
}
const a = A();
const b = -a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M4
unary-.method.declared: #M1
a: #M2
b: #M3
''',
);
}
test_manifest_constInitializer_propertyAccess_stringLength() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = '0'.length;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = '1'.length;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_constInitializer_setLiteral() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
const b = 0;
const c = {a};
const d = {b};
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
c: #M2
d: #M3
''',
updatedCode: r'''
const a = 1;
const b = 0;
const c = {a};
const d = {b};
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M4
b: #M1
c: #M5
d: #M3
''',
);
}
test_manifest_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@deprecated
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
@deprecated
int get a => 0;
int get b => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_metadata_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
@deprecated
int get a => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_metadata_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
@deprecated
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
int get a => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_metadata_simpleIdentifier_change() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
@a
int get foo => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
foo: #M1
''',
updatedCode: r'''
const a = 1;
@a
int get foo => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M2
foo: #M3
''',
);
}
test_manifest_metadata_simpleIdentifier_replace() async {
await _runLibraryManifestScenario(
initialCode: r'''
@deprecated
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
@override
int get a => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_mixin_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
''',
updatedCode: r'''
mixin A {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
);
}
test_manifest_mixin_field_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
final a = 0;
final b = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
b.getter.declared: #M2
''',
);
}
test_manifest_mixin_field_initializer_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
final a = 1.2;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M2
''',
);
}
test_manifest_mixin_field_initializer_value_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
final a = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
);
}
test_manifest_mixin_field_initializer_value_static_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static const a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static const a = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M2
''',
);
}
test_manifest_mixin_field_initializer_value_static_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static final a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static final a = 1;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
''',
);
}
test_manifest_mixin_field_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
@Deprecated('0')
var a = 0;
@Deprecated('0')
var b = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
a.setter.declared: #M2
b.getter.declared: #M3
b.setter.declared: #M4
''',
updatedCode: r'''
mixin A {
@Deprecated('0')
var a = 0;
@Deprecated('1')
var b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
a.setter.declared: #M2
b.getter.declared: #M5
b.setter.declared: #M6
''',
);
}
test_manifest_mixin_field_private_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
final _a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
final _a = 0;
final b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
b.getter.declared: #M2
''',
);
}
test_manifest_mixin_field_private_static_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static const _a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static const _a = 0;
static const b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
b.getter.declared: #M2
''',
);
}
test_manifest_mixin_field_private_var() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
var _a = 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
_a.setter.declared: #M2
''',
updatedCode: r'''
mixin A {
var _a = 0;
var b = 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_a.getter.declared: #M1
_a.setter.declared: #M2
b.getter.declared: #M3
b.setter.declared: #M4
''',
);
}
test_manifest_mixin_field_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int? a;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M1
a.setter.declared: #M2
''',
updatedCode: r'''
mixin A {
double? a;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
a.getter.declared: #M3
a.setter.declared: #M4
''',
);
}
test_manifest_mixin_getter_add_implements() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int get foo => 0;
}
mixin B implements A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
mixin A {
int get foo => 0;
int get bar => 0;
}
mixin B implements A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_mixin_getter_add_implements_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
T get foo => 0;
}
mixin B implements A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
mixin A<T> {
T get foo => 0;
T get bar => 0;
}
mixin B implements A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_mixin_getter_add_on() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int get foo => 0;
}
mixin B on A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
mixin A {
int get foo => 0;
int get bar => 0;
}
mixin B on A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_mixin_getter_add_on_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
T get foo => 0;
}
mixin B on A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
B: #M2
members
foo.getter.inherited: #M1
''',
updatedCode: r'''
mixin A<T> {
T get foo => 0;
T get bar => 0;
}
mixin B on A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M3
foo.getter.declared: #M1
B: #M2
members
bar.getter.inherited: #M3
foo.getter.inherited: #M1
''',
);
}
test_manifest_mixin_getter_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
@Deprecated('0')
int get foo => 0;
@Deprecated('0')
int get bar => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M1
foo.getter.declared: #M2
''',
updatedCode: r'''
mixin A {
@Deprecated('1')
int get foo => 0;
@Deprecated('0')
int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M1
foo.getter.declared: #M3
''',
);
}
test_manifest_mixin_getter_private_instance() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int get _foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
int get _foo => 0;
int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
bar.getter.declared: #M2
''',
);
}
test_manifest_mixin_getter_private_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static int get _foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static int get _foo => 0;
int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.getter.declared: #M1
bar.getter.declared: #M2
''',
);
}
test_manifest_mixin_getter_returnType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
superclassConstraints
Object @ dart:core
members
foo.getter.declared: #M1
returnType: int @ dart:core
''',
updatedCode: r'''
mixin A {
double get foo => 1.2;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
superclassConstraints
Object @ dart:core
members
foo.getter.declared: #M2
returnType: double @ dart:core
''',
);
}
test_manifest_mixin_getter_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static int get foo => 0;
static int get bar => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.getter.declared: #M2
foo.getter.declared: #M1
''',
);
}
test_manifest_mixin_getter_static_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static int get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M2
''',
);
}
test_manifest_mixin_getter_static_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
static double get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M2
''',
);
}
test_manifest_mixin_getter_static_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static int get foo => 0;
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M1
''',
updatedCode: r'''
mixin A {
int get foo => 0;
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.getter.declared: #M2
''',
);
}
test_manifest_mixin_interfacesAdd() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {}
mixin B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
mixin A implements B {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M2
B: #M1
''',
);
}
test_manifest_mixin_interfacesRemove() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A implements B {}
mixin B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
mixin A {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M2
B: #M1
''',
);
}
test_manifest_mixin_interfacesReplace() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A implements B {}
mixin B {}
mixin C {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
C: #M2
''',
updatedCode: r'''
mixin A implements C {}
mixin B {}
mixin C {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M3
B: #M1
C: #M2
''',
);
}
test_manifest_mixin_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@Deprecated('0')
mixin A {}
@Deprecated('0')
mixin B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
@Deprecated('0')
mixin A {}
@Deprecated('1')
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M2
''',
);
}
test_manifest_mixin_method_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
void foo() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M2
foo.method.declared: #M1
''',
);
}
test_manifest_mixin_method_add_implements() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo() {}
}
mixin B implements A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
mixin A {
void foo() {}
void bar() {}
}
mixin B implements A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_mixin_method_add_implements_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
T foo() {}
}
mixin B implements A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
mixin A<T> {
T foo() {}
void bar() {}
}
mixin B implements A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_mixin_method_add_on() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo() {}
}
mixin B on A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
mixin A {
void foo() {}
void bar() {}
}
mixin B extends A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_mixin_method_add_on_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
T foo() {}
}
mixin B extends A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
B: #M2
members
foo.method.inherited: #M1
''',
updatedCode: r'''
mixin A<T> {
T foo() {}
void bar() {}
}
mixin B extends A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M3
foo.method.declared: #M1
B: #M2
members
bar.method.inherited: #M3
foo.method.inherited: #M1
''',
);
}
test_manifest_mixin_method_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
@Deprecated('0')
void foo() {}
@Deprecated('0')
void bar() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M2
''',
updatedCode: r'''
mixin A {
@Deprecated('1')
void foo() {}
@Deprecated('0')
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M3
''',
);
}
test_manifest_mixin_method_private_instance() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void _foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
void _foo() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
bar.method.declared: #M2
''',
);
}
test_manifest_mixin_method_private_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static void _foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
static void _foo() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.method.declared: #M1
bar.method.declared: #M2
''',
);
}
test_manifest_mixin_method_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo() {}
void bar() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.method.declared: #M1
foo.method.declared: #M2
''',
updatedCode: r'''
mixin A {
void foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_mixin_method_returnType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
superclassConstraints
Object @ dart:core
members
foo.method.declared: #M1
functionType: FunctionType
returnType: int @ dart:core
''',
updatedCode: r'''
mixin A {
double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
superclassConstraints
Object @ dart:core
members
foo.method.declared: #M2
functionType: FunctionType
returnType: double @ dart:core
''',
);
}
test_manifest_mixin_method_static_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
static void foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_mixin_method_static_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static int foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
static double foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_mixin_method_static_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static void foo() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
void foo() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_mixin_method_typeParameter() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
Map<T, U> foo<U>() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
typeParameters
bound: <null>
superclassConstraints
Object @ dart:core
members
foo.method.declared: #M1
functionType: FunctionType
typeParameters
bound: <null>
returnType: Map @ dart:core
typeParameter#1
typeParameter#0
''',
updatedCode: r'''
mixin A<T> {
Map<T, U> foo<U>() {}
void bar() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
typeParameters
bound: <null>
superclassConstraints
Object @ dart:core
members
bar.method.declared: #M2
functionType: FunctionType
returnType: void
foo.method.declared: #M1
functionType: FunctionType
typeParameters
bound: <null>
returnType: Map @ dart:core
typeParameter#1
typeParameter#0
''',
);
}
test_manifest_mixin_method_typeParameter_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo<T>() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
void foo<T, U>() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_mixin_method_typeParameter_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
void foo<T, U>() {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M1
''',
updatedCode: r'''
mixin A {
void foo<T>() {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.method.declared: #M2
''',
);
}
test_manifest_mixin_onAdd_direct() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {}
mixin B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
mixin A on B {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M2
B: #M1
''',
);
}
test_manifest_mixin_onAdd_indirect() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A on B {}
mixin B {}
mixin C {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
C: #M2
''',
updatedCode: r'''
mixin A on B {}
mixin B on C {}
mixin C {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M3
B: #M4
C: #M2
''',
);
}
test_manifest_mixin_onChange() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A on B {}
mixin B {}
mixin C {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
C: #M2
''',
updatedCode: r'''
mixin A on C {}
mixin B {}
mixin C {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M3
B: #M1
C: #M2
''',
);
}
test_manifest_mixin_private() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin _A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_A: #M0
''',
updatedCode: r'''
mixin _A {}
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
B: #M1
_A: #M0
''',
);
}
test_manifest_mixin_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {}
mixin B {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
B: #M1
''',
updatedCode: r'''
mixin B {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
B: #M1
''',
);
}
test_manifest_mixin_setter_add_implements() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
set foo(int _) {}
}
mixin B implements A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
mixin A {
set foo(int _) {}
set bar(int _) {}
}
mixin B implements A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_mixin_setter_add_implements_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
set foo(T _) {}
}
mixin B implements A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
mixin A<T> {
set foo(T _) {}
set bar(T _) {}
}
mixin B implements A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_mixin_setter_add_on() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
set foo(int _) {}
}
mixin B on A {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
mixin A {
set foo(int _) {}
set bar(int _) {}
}
mixin B on A {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_mixin_setter_add_on_generic() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A<T> {
set foo(T _) {}
}
mixin B on A<int> {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
B: #M2
members
foo.setter.inherited: #M1
''',
updatedCode: r'''
mixin A<T> {
set foo(T _) {}
set bar(T _) {}
}
mixin B on A<int> {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M3
foo.setter.declared: #M1
B: #M2
members
bar.setter.inherited: #M3
foo.setter.inherited: #M1
''',
);
}
test_manifest_mixin_setter_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
@Deprecated('0')
set foo(int _) {}
@Deprecated('0')
set bar(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M1
foo.setter.declared: #M2
''',
updatedCode: r'''
mixin A {
@Deprecated('1')
set foo(int _) {}
@Deprecated('0')
set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M1
foo.setter.declared: #M3
''',
);
}
test_manifest_mixin_setter_private_instance() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
set _foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
''',
updatedCode: r'''
mixin A {
set _foo(int _) {}
set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
bar.setter.declared: #M2
''',
);
}
test_manifest_mixin_setter_private_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static set _foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
''',
updatedCode: r'''
mixin A {
static set _foo(int _) {}
set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
_foo.setter.declared: #M1
bar.setter.declared: #M2
''',
);
}
test_manifest_mixin_setter_static() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
mixin A {
static set foo(int _) {}
static set bar(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
bar.setter.declared: #M2
foo.setter.declared: #M1
''',
);
}
test_manifest_mixin_setter_static_falseToTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
mixin A {
static set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M2
''',
);
}
test_manifest_mixin_setter_static_trueToFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
mixin A {
set foo(int _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M2
''',
);
}
test_manifest_mixin_setter_static_valueType() async {
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
static set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M1
''',
updatedCode: r'''
mixin A {
static set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
members
foo.setter.declared: #M2
''',
);
}
test_manifest_mixin_setter_valueType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
mixin A {
set foo(int _) {}
}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
superclassConstraints
Object @ dart:core
members
foo.setter.declared: #M1
valueType: int @ dart:core
''',
updatedCode: r'''
mixin A {
set foo(double _) {}
}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
A: #M0
superclassConstraints
Object @ dart:core
members
foo.setter.declared: #M2
valueType: double @ dart:core
''',
);
}
test_manifest_topLevelFunction_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo() {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_optionalNamed() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({int a}) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_optionalNamed_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({int b}) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_formalParameter_optionalNamed_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({double a}) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_formalParameter_optionalPositional() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo([int a]) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo([int a]) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_optionalPositional_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo([int a]) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo([int b]) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_optionalPositional_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo([int a]) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo([double a]) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredNamed() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({required int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({required int a}) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredNamed_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({required int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({required int b}) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredNamed_toRequiredPositional() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({required int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo(int a) {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredNamed_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo({required int a}) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({required double a}) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredPositional() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo(int a) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo(int a) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredPositional_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo(int a) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo(int b) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M0
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredPositional_toRequiredNamed() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo(int a) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo({required int a}) {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
''',
);
}
test_manifest_topLevelFunction_formalParameter_requiredPositional_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo(int a) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo(double a) {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@Deprected('0')
void a() {}
@Deprected('0')
void b() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
updatedCode: r'''
@Deprected('0')
void a() {}
@Deprected('1')
void b() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M2
''',
);
}
test_manifest_topLevelFunction_private() async {
await _runLibraryManifestScenario(
initialCode: r'''
void _foo() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_foo: #M0
''',
updatedCode: r'''
void _foo() {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
_foo: #M0
bar: #M1
''',
);
}
test_manifest_topLevelFunction_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
int foo() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
double foo() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
''',
);
}
test_manifest_topLevelFunction_typeParameter() async {
await _runLibraryManifestScenario(
initialCode: r'''
Map<T, U> foo<T extends num, U>() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
Map<T, U> foo<T, U>() {}
void bar() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
bar: #M1
foo: #M2
''',
);
}
test_manifest_topLevelFunction_typeParameter_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo<T>() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo<T, U>() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
''',
);
}
test_manifest_topLevelFunction_typeParameter_bound() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo<T extends num>() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo<T extends int>() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
''',
);
}
test_manifest_topLevelFunction_typeParameter_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
void foo<T, U>() {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M0
''',
updatedCode: r'''
void foo<T>() {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
foo: #M1
''',
);
}
test_manifest_topLevelGetter_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
int get a => 0;
int get b => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_topLevelGetter_body() async {
await _runLibraryManifestScenario(
initialCode: r'''
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
int get a => 1;
''',
expectedUpdatedEvents: r'''
[operation] readLibraryCycleBundle
package:test/test.dart
''',
);
}
test_manifest_topLevelGetter_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@Deprecated('0')
int get a => 0;
@Deprecated('0')
int get b => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
updatedCode: r'''
@Deprecated('0')
int get a => 0;
@Deprecated('1')
int get b => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M2
''',
);
}
test_manifest_topLevelGetter_private() async {
await _runLibraryManifestScenario(
initialCode: r'''
int get _a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
''',
updatedCode: r'''
int get _a => 0;
int get b => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
b: #M1
''',
);
}
test_manifest_topLevelGetter_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
int get a => 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
double get a => 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_topLevelSetter_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
set a(int _) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M0
''',
updatedCode: r'''
set a(int _) {}
set b(int _) {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M0
b=: #M1
''',
);
}
test_manifest_topLevelSetter_body() async {
await _runLibraryManifestScenario(
initialCode: r'''
set a(int _) { 0; }
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M0
''',
updatedCode: r'''
set a(int _) { 1; }
''',
expectedUpdatedEvents: r'''
[operation] readLibraryCycleBundle
package:test/test.dart
''',
);
}
test_manifest_topLevelSetter_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@Deprecated('0')
set a(int _) {}
@Deprecated('0')
set b(int _) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M0
b=: #M1
''',
updatedCode: r'''
@Deprecated('0')
set a(int _) {}
@Deprecated('1')
set b(int _) {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M0
b=: #M2
''',
);
}
test_manifest_topLevelSetter_valueType() async {
configuration.withElementManifests = true;
await _runLibraryManifestScenario(
initialCode: r'''
set a(int _) {}
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M0
valueType: int @ dart:core
''',
updatedCode: r'''
set a(double _) {}
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a=: #M1
valueType: double @ dart:core
''',
);
}
test_manifest_topLevelVariable_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
final a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final a = 0;
final b = 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_topLevelVariable_initializer_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
final a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final a = 1.2;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_topLevelVariable_initializer_value_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
const a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
const a = 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_topLevelVariable_initializer_value_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
final a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final a = 1;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
);
}
test_manifest_topLevelVariable_metadata() async {
await _runLibraryManifestScenario(
initialCode: r'''
@Deprecated('0')
var a = 0;
@Deprecated('0')
var b = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
a=: #M1
b: #M2
b=: #M3
''',
updatedCode: r'''
@Deprecated('0')
var a = 0;
@Deprecated('1')
var b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
a=: #M1
b: #M4
b=: #M5
''',
);
}
test_manifest_topLevelVariable_private_const() async {
await _runLibraryManifestScenario(
initialCode: r'''
const _a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
''',
updatedCode: r'''
const _a = 0;
const b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
b: #M1
''',
);
}
test_manifest_topLevelVariable_private_final() async {
await _runLibraryManifestScenario(
initialCode: r'''
final _a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
''',
updatedCode: r'''
final _a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
b: #M1
''',
);
}
test_manifest_topLevelVariable_private_var() async {
await _runLibraryManifestScenario(
initialCode: r'''
var _a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
_a=: #M1
''',
updatedCode: r'''
var _a = 0;
var b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
_a: #M0
_a=: #M1
b: #M2
b=: #M3
''',
);
}
test_manifest_topLevelVariable_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
int? a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
a=: #M1
''',
updatedCode: r'''
double? a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M2
a=: #M3
''',
);
}
test_manifest_type_dynamicType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final dynamic a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final dynamic a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_dynamicType_to_interfaceType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final dynamic a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final int a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final int Function() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final int Function() a;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_functionType_named() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({int p1}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({int p1}) a;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_functionType_named_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({int p1}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({int p1, double p2}) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_named_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({int p1, double p2}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({int p1}) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_named_toPositional() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({int p}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function(int p) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_named_toRequiredFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({required int p1}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({int p1}) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_named_toRequiredTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({int p1}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({required int p1}) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_named_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function({int p1}) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({double p1}) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_nullabilitySuffix() async {
await _runLibraryManifestScenario(
initialCode: r'''
final int Function() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final int Function()? a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_positional() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function(int p1) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function(int p1) a;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_functionType_positional_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function(int p1) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function(int p1, double p2) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_positional_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function(int p1, double p2) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function(int p1) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_positional_toNamed() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function(int p) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function({int p}) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_positional_toRequiredFalse() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function(int p1) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function([int p1]) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_positional_toRequiredTrue() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function([int p1]) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function(int p1) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_positional_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function(int p1) a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function(double p1) a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_returnType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final int Function() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final double Function() a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_typeParameter() async {
await _runLibraryManifestScenario(
initialCode: r'''
final T Function<T>() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final T Function<T>() a;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_functionType_typeParameter_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function<E1>() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function<E1, E2>() a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_typeParameter_bound() async {
await _runLibraryManifestScenario(
initialCode: r'''
final T Function<T extends int>() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final T Function<T extends double>() a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_functionType_typeParameter_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void Function<E1, E2>() a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void Function<E1>() a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_interfaceType_element() async {
await _runLibraryManifestScenario(
initialCode: r'''
final int a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final double a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_interfaceType_nullabilitySuffix() async {
await _runLibraryManifestScenario(
initialCode: r'''
final int a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final int? a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_interfaceType_typeArguments() async {
await _runLibraryManifestScenario(
initialCode: r'''
final List<int> a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final List<double> a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_invalidType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final NotType a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final NotType a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_neverType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final Never a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final Never a;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_neverType_nullabilitySuffix() async {
await _runLibraryManifestScenario(
initialCode: r'''
final Never a;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final Never? a;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_namedFields() async {
await _runLibraryManifestScenario(
initialCode: r'''
final ({int f1}) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final ({int f1}) a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_recordType_namedFields_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
final ({int f1}) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final ({int f1, double f2}) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_namedFields_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
final ({int f1}) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final ({int f2}) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_namedFields_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
final ({int f1, double f2}) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final ({int f1}) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_namedFields_reorder() async {
await _runLibraryManifestScenario(
initialCode: r'''
final ({int f1, double f2}) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final ({double f2, int f1}) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
);
}
test_manifest_type_recordType_namedFields_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
final ({int f1}) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final ({double f1}) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_nullabilitySuffix() async {
await _runLibraryManifestScenario(
initialCode: r'''
final (int,) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final (int,)? a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_positionalFields() async {
await _runLibraryManifestScenario(
initialCode: r'''
final (int,) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final (int,) a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_manifest_type_recordType_positionalFields_add() async {
await _runLibraryManifestScenario(
initialCode: r'''
final (int,) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final (int, double) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_positionalFields_name() async {
await _runLibraryManifestScenario(
initialCode: r'''
final (int x,) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final (int y,) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
);
}
test_manifest_type_recordType_positionalFields_remove() async {
await _runLibraryManifestScenario(
initialCode: r'''
final (int, double) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final (int,) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_recordType_positionalFields_type() async {
await _runLibraryManifestScenario(
initialCode: r'''
final (int,) a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final (double,) a = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M1
''',
);
}
test_manifest_type_voidType() async {
await _runLibraryManifestScenario(
initialCode: r'''
final void a = 0;
''',
expectedInitialEvents: r'''
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
''',
updatedCode: r'''
final void a = 0;
final b = 0;
''',
expectedUpdatedEvents: r'''
[operation] linkLibraryCycle
package:test/test.dart
manifest
a: #M0
b: #M1
''',
);
}
test_operation_addFile_affected() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationAddTestFile(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
double get a => 0;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M3
requirements
topLevels
dart:core
double: #M4
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M5
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M3
[operation] produceErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M3
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M3
[status] idle
''',
);
}
test_operation_addFile_notAffected() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationAddTestFile(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
int get a => 0;
int get b => 0;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M3
requirements
topLevels
dart:core
int: #M1
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ErrorsResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[status] idle
''',
);
}
test_operation_getErrors_affected() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
double get a => 0;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M3
requirements
topLevels
dart:core
double: #M4
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M5
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M3
[operation] getErrorsCannotReuse
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M3
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #3
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M3
[status] idle
''',
);
}
test_operation_getErrors_notAffected() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationTestFileGetErrors(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getErrors T1
ErrorsResult #0
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[operation] analyzeFile
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[stream]
ResolvedUnitResult #1
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: exists isLibrary
[operation] analyzedLibrary
file: /home/test/lib/test.dart
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
int get a => 0;
int get b => 0;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M3
requirements
topLevels
dart:core
int: #M1
[future] getErrors T2
ErrorsResult #2
path: /home/test/lib/test.dart
uri: package:test/test.dart
flags: isLibrary
[operation] readLibraryCycleBundle
package:test/test.dart
[operation] getErrorsFromBytes
file: /home/test/lib/test.dart
library: /home/test/lib/test.dart
[status] idle
''',
);
}
test_operation_getLibraryByUri_affected() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
double get a => 1.2;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M3
requirements
topLevels
dart:core
double: #M4
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: double
[operation] cannotReuseLinkedBundle
topLevelIdMismatch
libraryUri: package:test/a.dart
name: a
expectedId: #M0
actualId: #M3
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M5
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M3
[status] idle
''',
);
}
test_operation_getLibraryByUri_notAffected() async {
await _runChangeScenarioTA(
initialA: r'''
int get a => 0;
''',
testCode: r'''
import 'a.dart';
final x = a;
''',
operation: _FineOperationGetTestLibrary(),
expectedInitialEvents: r'''
[status] working
[operation] linkLibraryCycle SDK
[future] getLibraryByUri T1
library
topLevelVariables
final hasInitializer x
type: int
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
requirements
topLevels
dart:core
int: #M1
[operation] linkLibraryCycle
package:test/test.dart
manifest
x: #M2
requirements
topLevels
dart:core
a: <null>
package:test/a.dart
a: #M0
[status] idle
''',
updatedA: r'''
int get a => 0;
int get b => 0;
''',
expectedUpdatedEvents: r'''
[status] working
[operation] linkLibraryCycle
package:test/a.dart
manifest
a: #M0
b: #M3
requirements
topLevels
dart:core
int: #M1
[future] getLibraryByUri T2
library
topLevelVariables
final hasInitializer x
type: int
[operation] readLibraryCycleBundle
package:test/test.dart
[status] idle
''',
);
}
Future<void> _runChangeScenario({
required _FineOperation operation,
String? expectedInitialEvents,
required List<File> Function() updateFiles,
required String expectedUpdatedEvents,
}) async {
void setId(String id) {
NodeTextExpectationsCollector.intraInvocationId = id;
}
withFineDependencies = true;
configuration
..withResultRequirements = true
..withLibraryManifest = true
..withLinkBundleEvents = true;
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver, idProvider: idProvider);
configuration.elementTextConfiguration
..withLibraryFragments = false
..withReferences = false
..withSyntheticGetters = false;
switch (operation) {
case _FineOperationAddTestFile():
driver.addFile2(testFile);
case _FineOperationTestFileGetErrors():
collector.getErrors('T1', testFile);
case _FineOperationGetTestLibrary():
collector.getLibraryByUri('T1', 'package:test/test.dart');
}
if (expectedInitialEvents != null) {
setId('expectedInitialEvents');
await assertEventsText(collector, expectedInitialEvents);
} else {
await collector.nextStatusIdle();
collector.take();
}
var updatedFiles = updateFiles();
for (var updatedFile in updatedFiles) {
driver.changeFile2(updatedFile);
}
switch (operation) {
case _FineOperationAddTestFile():
// Nothing to do here, wait for analysis of previous added files.
break;
case _FineOperationTestFileGetErrors():
collector.getErrors('T2', testFile);
case _FineOperationGetTestLibrary():
collector.getLibraryByUri('T2', 'package:test/test.dart');
}
setId('expectedUpdatedEvents');
await assertEventsText(collector, expectedUpdatedEvents);
}
Future<void> _runChangeScenarioTA({
required String initialA,
required String testCode,
required _FineOperation operation,
String? expectedInitialEvents,
required String updatedA,
required String expectedUpdatedEvents,
}) async {
var a = newFile('$testPackageLibPath/a.dart', initialA);
newFile('$testPackageLibPath/test.dart', testCode);
await _runChangeScenario(
operation: operation,
expectedInitialEvents: expectedInitialEvents,
updateFiles: () {
modifyFile2(a, updatedA);
return [a];
},
expectedUpdatedEvents: expectedUpdatedEvents,
);
}
Future<void> _runLibraryManifestScenario({
required String initialCode,
String? expectedInitialEvents,
String? expectedInitialDriverState,
List<File> Function()? updateFiles,
required String updatedCode,
required String expectedUpdatedEvents,
String? expectedUpdatedDriverState,
}) async {
void setId(String id) {
NodeTextExpectationsCollector.intraInvocationId = id;
}
newFile(testFile.path, initialCode);
withFineDependencies = true;
configuration
..withGetLibraryByUri = false
..withLibraryManifest = true
..withLinkBundleEvents = true
..withSchedulerStatus = false;
var driver = driverFor(testFile);
var collector = DriverEventCollector(driver, idProvider: idProvider);
var libraryUri = Uri.parse('package:test/test.dart');
collector.getLibraryByUri('T1', '$libraryUri');
if (expectedInitialEvents != null) {
setId('expectedInitialEvents');
await assertEventsText(collector, expectedInitialEvents);
} else {
await collector.nextStatusIdle();
collector.take();
}
if (expectedInitialDriverState != null) {
assertDriverStateString(testFile, expectedInitialDriverState);
}
if (updateFiles != null) {
var updatedFiles = updateFiles();
for (var updatedFile in updatedFiles) {
driver.changeFile2(updatedFile);
}
}
modifyFile2(testFile, updatedCode);
driver.changeFile2(testFile);
collector.getLibraryByUri('T2', '$libraryUri');
setId('expectedUpdatedEvents');
await assertEventsText(collector, expectedUpdatedEvents);
if (expectedUpdatedDriverState != null) {
assertDriverStateString(testFile, expectedUpdatedDriverState);
}
}
}
/// A lint that is always reported for all linted files.
class _AlwaysReportedLint extends LintRule {
static final instance = _AlwaysReportedLint();
static const LintCode code = LintCode(
'always_reported_lint',
'This lint is reported for all files',
);
_AlwaysReportedLint() : super(name: 'always_reported_lint', description: '');
@override
LintCode get lintCode => code;
@override
void registerNodeProcessors(
NodeLintRegistry registry,
LinterContext context,
) {
var visitor = _AlwaysReportedLintVisitor(this);
registry.addCompilationUnit(this, visitor);
}
}
/// A visitor for [_AlwaysReportedLint] that reports the lint for all files.
class _AlwaysReportedLintVisitor extends SimpleAstVisitor<void> {
final LintRule rule;
_AlwaysReportedLintVisitor(this.rule);
@override
void visitCompilationUnit(CompilationUnit node) {
rule.reportLintForOffset(0, 0);
}
}
mixin _EventsMixin {
final IdProvider idProvider = IdProvider();
final DriverEventsPrinterConfiguration configuration =
DriverEventsPrinterConfiguration();
Future<void> assertEventsText(
DriverEventCollector collector,
String expected,
) async {
await pumpEventQueue(times: 5000);
var buffer = StringBuffer();
var sink = TreeStringSink(sink: buffer, indent: '');
var elementPrinter = ElementPrinter(
sink: sink,
configuration: ElementPrinterConfiguration(),
);
var events = collector.take();
DriverEventsPrinter(
configuration: configuration,
sink: sink,
elementPrinter: elementPrinter,
idProvider: collector.idProvider,
).write(events);
var actual = buffer.toString();
if (actual != expected) {
print('-------- Actual --------');
print('$actual------------------------');
NodeTextExpectationsCollector.add(actual);
}
expect(actual, expected);
}
}
sealed class _FineOperation {
const _FineOperation();
}
final class _FineOperationAddTestFile extends _FineOperation {
const _FineOperationAddTestFile();
}
final class _FineOperationGetTestLibrary extends _FineOperation {
const _FineOperationGetTestLibrary();
}
final class _FineOperationTestFileGetErrors extends _FineOperation {
const _FineOperationTestFileGetErrors();
}
extension on AnalysisDriver {
Future<void> assertFilesDefiningClassMemberName(
String name,
List<File?> expected,
) async {
var fileStateList = await getFilesDefiningClassMemberName(name);
var files = fileStateList.resources;
expect(files, unorderedEquals(expected));
}
Future<void> assertFilesReferencingName(
String name, {
required List<File?> includesAll,
required List<File?> excludesAll,
}) async {
var fileStateList = await getFilesReferencingName(name);
var files = fileStateList.resources;
for (var expected in includesAll) {
expect(files, contains(expected));
}
for (var expected in excludesAll) {
expect(files, isNot(contains(expected)));
}
}
void assertLoadedLibraryUriSet({
Iterable<String>? included,
Iterable<String>? excluded,
}) {
var uriSet = testView!.loadedLibraryUriSet;
if (included != null) {
expect(uriSet, containsAll(included));
}
if (excluded != null) {
for (var excludedUri in excluded) {
expect(uriSet, isNot(contains(excludedUri)));
}
}
}
FileResult getFileSyncValid(File file) {
return getFileSync2(file) as FileResult;
}
Future<LibraryElementResult> getLibraryByUriValid(String uriStr) async {
return await getLibraryByUri(uriStr) as LibraryElementResult;
}
}