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WIP Commits separated as follows: - Update lints in analysis_options files - Run `dart fix --apply` - Clean up leftover analysis issues - Run `dart format .` in the right places. Local analysis and testing passes. Checking CI now. Part of https://github.com/flutter/flutter/issues/178827 - Adoption of flutter_lints in examples/api coming in a separate change (cc @loic-sharma) ## Pre-launch Checklist - [ ] I read the [Contributor Guide] and followed the process outlined there for submitting PRs. - [ ] I read the [Tree Hygiene] wiki page, which explains my responsibilities. - [ ] I read and followed the [Flutter Style Guide], including [Features we expect every widget to implement]. - [ ] I signed the [CLA]. - [ ] I listed at least one issue that this PR fixes in the description above. - [ ] I updated/added relevant documentation (doc comments with `///`). - [ ] I added new tests to check the change I am making, or this PR is [test-exempt]. - [ ] I followed the [breaking change policy] and added [Data Driven Fixes] where supported. - [ ] All existing and new tests are passing. If you need help, consider asking for advice on the #hackers-new channel on [Discord]. **Note**: The Flutter team is currently trialing the use of [Gemini Code Assist for GitHub](https://developers.google.com/gemini-code-assist/docs/review-github-code). Comments from the `gemini-code-assist` bot should not be taken as authoritative feedback from the Flutter team. If you find its comments useful you can update your code accordingly, but if you are unsure or disagree with the feedback, please feel free to wait for a Flutter team member's review for guidance on which automated comments should be addressed. <!-- Links --> [Contributor Guide]: https://github.com/flutter/flutter/blob/main/docs/contributing/Tree-hygiene.md#overview [Tree Hygiene]: https://github.com/flutter/flutter/blob/main/docs/contributing/Tree-hygiene.md [test-exempt]: https://github.com/flutter/flutter/blob/main/docs/contributing/Tree-hygiene.md#tests [Flutter Style Guide]: https://github.com/flutter/flutter/blob/main/docs/contributing/Style-guide-for-Flutter-repo.md [Features we expect every widget to implement]: https://github.com/flutter/flutter/blob/main/docs/contributing/Style-guide-for-Flutter-repo.md#features-we-expect-every-widget-to-implement [CLA]: https://cla.developers.google.com/ [flutter/tests]: https://github.com/flutter/tests [breaking change policy]: https://github.com/flutter/flutter/blob/main/docs/contributing/Tree-hygiene.md#handling-breaking-changes [Discord]: https://github.com/flutter/flutter/blob/main/docs/contributing/Chat.md [Data Driven Fixes]: https://github.com/flutter/flutter/blob/main/docs/contributing/Data-driven-Fixes.md
595 lines
19 KiB
Dart
595 lines
19 KiB
Dart
// Copyright 2014 The Flutter Authors. All rights reserved.
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// Use of this source code is governed by a BSD-style license that can be
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// found in the LICENSE file.
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import 'package:flutter/foundation.dart';
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import 'package:flutter/services.dart';
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import 'package:flutter/widgets.dart';
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import 'package:flutter_test/flutter_test.dart';
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const List<String> platforms = <String>['linux', 'macos', 'android', 'fuchsia'];
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void _verifyKeyEvent<T extends KeyEvent>(
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KeyEvent event,
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PhysicalKeyboardKey physical,
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LogicalKeyboardKey logical,
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String? character,
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) {
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expect(event, isA<T>());
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expect(event.physicalKey, physical);
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expect(event.logicalKey, logical);
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expect(event.character, character);
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expect(event.synthesized, false);
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}
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void _verifyRawKeyEvent<T extends RawKeyEvent>(
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RawKeyEvent event,
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PhysicalKeyboardKey physical,
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LogicalKeyboardKey logical,
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String? character,
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) {
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expect(event, isA<T>());
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expect(event.physicalKey, physical);
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expect(event.logicalKey, logical);
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expect(event.character, character);
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}
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Future<void> _shouldThrow<T extends Error>(AsyncValueGetter<void> func) async {
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var hasError = false;
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try {
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await func();
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} catch (e) {
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expect(e, isA<T>());
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hasError = true;
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} finally {
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expect(hasError, true);
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}
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}
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void main() {
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testWidgets('default transit mode is keyDataThenRawKeyData', (WidgetTester tester) async {
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expect(KeyEventSimulator.transitMode, KeyDataTransitMode.keyDataThenRawKeyData);
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});
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testWidgets('debugKeyEventSimulatorTransitModeOverride overrides default transit mode', (
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WidgetTester tester,
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) async {
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debugKeyEventSimulatorTransitModeOverride = KeyDataTransitMode.rawKeyData;
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expect(KeyEventSimulator.transitMode, KeyDataTransitMode.rawKeyData);
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// Unsetting debugKeyEventSimulatorTransitModeOverride can't be called in a
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// tear down callback because TestWidgetsFlutterBinding._verifyInvariants
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// is called before tear down callbacks.
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debugKeyEventSimulatorTransitModeOverride = null;
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});
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testWidgets('simulates keyboard events (RawEvent)', (WidgetTester tester) async {
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debugKeyEventSimulatorTransitModeOverride = KeyDataTransitMode.rawKeyData;
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final events = <RawKeyEvent>[];
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final focusNode = FocusNode();
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addTearDown(focusNode.dispose);
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await tester.pumpWidget(
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RawKeyboardListener(focusNode: focusNode, onKey: events.add, child: Container()),
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);
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focusNode.requestFocus();
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await tester.idle();
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for (final String platform in platforms) {
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await tester.sendKeyEvent(LogicalKeyboardKey.shiftLeft, platform: platform);
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await tester.sendKeyEvent(LogicalKeyboardKey.shift, platform: platform);
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await tester.sendKeyDownEvent(LogicalKeyboardKey.keyA, platform: platform);
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await tester.sendKeyUpEvent(LogicalKeyboardKey.keyA, platform: platform);
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await tester.sendKeyDownEvent(LogicalKeyboardKey.numpad1, platform: platform);
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await tester.sendKeyUpEvent(LogicalKeyboardKey.numpad1, platform: platform);
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await tester.idle();
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expect(events.length, 8);
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for (var i = 0; i < events.length; ++i) {
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final bool isEven = i.isEven;
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if (isEven) {
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expect(events[i].runtimeType, equals(RawKeyDownEvent));
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} else {
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expect(events[i].runtimeType, equals(RawKeyUpEvent));
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}
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if (i < 4) {
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expect(
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events[i].data.isModifierPressed(ModifierKey.shiftModifier, side: KeyboardSide.left),
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equals(isEven),
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);
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}
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}
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events.clear();
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}
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await tester.pumpWidget(Container());
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debugKeyEventSimulatorTransitModeOverride = null;
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});
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testWidgets('simulates keyboard events (KeyData then RawKeyEvent)', (WidgetTester tester) async {
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debugKeyEventSimulatorTransitModeOverride = KeyDataTransitMode.keyDataThenRawKeyData;
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final events = <KeyEvent>[];
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final focusNode = FocusNode();
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addTearDown(focusNode.dispose);
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await tester.pumpWidget(
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KeyboardListener(focusNode: focusNode, onKeyEvent: events.add, child: Container()),
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);
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focusNode.requestFocus();
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await tester.idle();
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// Key press shiftLeft
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await tester.sendKeyDownEvent(LogicalKeyboardKey.shiftLeft);
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expect(events.length, 1);
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_verifyKeyEvent<KeyDownEvent>(
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events[0],
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PhysicalKeyboardKey.shiftLeft,
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LogicalKeyboardKey.shiftLeft,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.shiftLeft}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.shiftLeft}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyRepeatEvent(LogicalKeyboardKey.shiftLeft);
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expect(events.length, 1);
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_verifyKeyEvent<KeyRepeatEvent>(
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events[0],
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PhysicalKeyboardKey.shiftLeft,
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LogicalKeyboardKey.shiftLeft,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.shiftLeft}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.shiftLeft}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyUpEvent(LogicalKeyboardKey.shiftLeft);
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expect(events.length, 1);
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_verifyKeyEvent<KeyUpEvent>(
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events[0],
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PhysicalKeyboardKey.shiftLeft,
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LogicalKeyboardKey.shiftLeft,
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null,
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);
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expect(HardwareKeyboard.instance.physicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.logicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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// Key press keyA
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await tester.sendKeyDownEvent(LogicalKeyboardKey.keyA);
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expect(events.length, 1);
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_verifyKeyEvent<KeyDownEvent>(
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events[0],
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PhysicalKeyboardKey.keyA,
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LogicalKeyboardKey.keyA,
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'a',
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.keyA}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.keyA}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyRepeatEvent(LogicalKeyboardKey.keyA);
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_verifyKeyEvent<KeyRepeatEvent>(
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events[0],
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PhysicalKeyboardKey.keyA,
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LogicalKeyboardKey.keyA,
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'a',
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.keyA}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.keyA}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyUpEvent(LogicalKeyboardKey.keyA);
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_verifyKeyEvent<KeyUpEvent>(events[0], PhysicalKeyboardKey.keyA, LogicalKeyboardKey.keyA, null);
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expect(HardwareKeyboard.instance.physicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.logicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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// Key press keyA with physical keyQ
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await tester.sendKeyDownEvent(LogicalKeyboardKey.keyA, physicalKey: PhysicalKeyboardKey.keyQ);
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expect(events.length, 1);
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_verifyKeyEvent<KeyDownEvent>(
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events[0],
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PhysicalKeyboardKey.keyQ,
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LogicalKeyboardKey.keyA,
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'a',
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.keyQ}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.keyA}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyRepeatEvent(LogicalKeyboardKey.keyA, physicalKey: PhysicalKeyboardKey.keyQ);
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_verifyKeyEvent<KeyRepeatEvent>(
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events[0],
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PhysicalKeyboardKey.keyQ,
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LogicalKeyboardKey.keyA,
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'a',
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.keyQ}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.keyA}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyUpEvent(LogicalKeyboardKey.keyA, physicalKey: PhysicalKeyboardKey.keyQ);
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_verifyKeyEvent<KeyUpEvent>(events[0], PhysicalKeyboardKey.keyQ, LogicalKeyboardKey.keyA, null);
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expect(HardwareKeyboard.instance.physicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.logicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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// Key press numpad1
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await tester.sendKeyDownEvent(LogicalKeyboardKey.numpad1);
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_verifyKeyEvent<KeyDownEvent>(
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events[0],
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PhysicalKeyboardKey.numpad1,
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LogicalKeyboardKey.numpad1,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.numpad1}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.numpad1}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyRepeatEvent(LogicalKeyboardKey.numpad1);
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_verifyKeyEvent<KeyRepeatEvent>(
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events[0],
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PhysicalKeyboardKey.numpad1,
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LogicalKeyboardKey.numpad1,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.numpad1}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.numpad1}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyUpEvent(LogicalKeyboardKey.numpad1);
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_verifyKeyEvent<KeyUpEvent>(
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events[0],
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PhysicalKeyboardKey.numpad1,
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LogicalKeyboardKey.numpad1,
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null,
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);
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expect(HardwareKeyboard.instance.physicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.logicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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// Key press numLock (1st time)
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await tester.sendKeyDownEvent(LogicalKeyboardKey.numLock);
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_verifyKeyEvent<KeyDownEvent>(
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events[0],
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PhysicalKeyboardKey.numLock,
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LogicalKeyboardKey.numLock,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.numLock}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.numLock}),
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);
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expect(
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HardwareKeyboard.instance.lockModesEnabled,
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equals(<KeyboardLockMode>{KeyboardLockMode.numLock}),
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);
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events.clear();
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await tester.sendKeyRepeatEvent(LogicalKeyboardKey.numLock);
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_verifyKeyEvent<KeyRepeatEvent>(
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events[0],
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PhysicalKeyboardKey.numLock,
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LogicalKeyboardKey.numLock,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.numLock}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.numLock}),
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);
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expect(
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HardwareKeyboard.instance.lockModesEnabled,
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equals(<KeyboardLockMode>{KeyboardLockMode.numLock}),
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);
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events.clear();
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await tester.sendKeyUpEvent(LogicalKeyboardKey.numLock);
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_verifyKeyEvent<KeyUpEvent>(
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events[0],
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PhysicalKeyboardKey.numLock,
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LogicalKeyboardKey.numLock,
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null,
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);
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expect(HardwareKeyboard.instance.physicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.logicalKeysPressed, isEmpty);
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expect(
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HardwareKeyboard.instance.lockModesEnabled,
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equals(<KeyboardLockMode>{KeyboardLockMode.numLock}),
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);
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events.clear();
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// Key press numLock (2nd time)
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await tester.sendKeyDownEvent(LogicalKeyboardKey.numLock);
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_verifyKeyEvent<KeyDownEvent>(
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events[0],
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PhysicalKeyboardKey.numLock,
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LogicalKeyboardKey.numLock,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.numLock}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.numLock}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyRepeatEvent(LogicalKeyboardKey.numLock);
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_verifyKeyEvent<KeyRepeatEvent>(
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events[0],
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PhysicalKeyboardKey.numLock,
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LogicalKeyboardKey.numLock,
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null,
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);
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expect(
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HardwareKeyboard.instance.physicalKeysPressed,
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equals(<PhysicalKeyboardKey>{PhysicalKeyboardKey.numLock}),
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);
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expect(
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HardwareKeyboard.instance.logicalKeysPressed,
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equals(<LogicalKeyboardKey>{LogicalKeyboardKey.numLock}),
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);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.sendKeyUpEvent(LogicalKeyboardKey.numLock);
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_verifyKeyEvent<KeyUpEvent>(
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events[0],
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PhysicalKeyboardKey.numLock,
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LogicalKeyboardKey.numLock,
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null,
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);
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expect(HardwareKeyboard.instance.physicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.logicalKeysPressed, isEmpty);
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expect(HardwareKeyboard.instance.lockModesEnabled, isEmpty);
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events.clear();
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await tester.idle();
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await tester.pumpWidget(Container());
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debugKeyEventSimulatorTransitModeOverride = null;
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});
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testWidgets('simulates using the correct transit mode: rawKeyData', (WidgetTester tester) async {
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debugKeyEventSimulatorTransitModeOverride = KeyDataTransitMode.rawKeyData;
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final events = <Object>[];
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final focusNode = FocusNode();
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addTearDown(focusNode.dispose);
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await tester.pumpWidget(
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Focus(
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focusNode: focusNode,
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onKey: (FocusNode node, RawKeyEvent event) {
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events.add(event);
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return KeyEventResult.ignored;
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},
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onKeyEvent: (FocusNode node, KeyEvent event) {
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events.add(event);
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return KeyEventResult.ignored;
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},
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child: Container(),
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),
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);
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focusNode.requestFocus();
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await tester.idle();
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// A (physical keyA, logical keyA) is pressed.
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await simulateKeyDownEvent(LogicalKeyboardKey.keyA);
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expect(events.length, 2);
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expect(events[0], isA<KeyEvent>());
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_verifyKeyEvent<KeyDownEvent>(
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events[0] as KeyEvent,
|
|
PhysicalKeyboardKey.keyA,
|
|
LogicalKeyboardKey.keyA,
|
|
'a',
|
|
);
|
|
expect(events[1], isA<RawKeyEvent>());
|
|
_verifyRawKeyEvent<RawKeyDownEvent>(
|
|
events[1] as RawKeyEvent,
|
|
PhysicalKeyboardKey.keyA,
|
|
LogicalKeyboardKey.keyA,
|
|
'a',
|
|
);
|
|
events.clear();
|
|
|
|
// A (physical keyA, logical keyB) is released.
|
|
//
|
|
// Since this event was synthesized and regularized before being sent to
|
|
// HardwareKeyboard, this event will be accepted.
|
|
await simulateKeyUpEvent(LogicalKeyboardKey.keyB, physicalKey: PhysicalKeyboardKey.keyA);
|
|
expect(events.length, 2);
|
|
expect(events[0], isA<KeyEvent>());
|
|
_verifyKeyEvent<KeyUpEvent>(
|
|
events[0] as KeyEvent,
|
|
PhysicalKeyboardKey.keyA,
|
|
LogicalKeyboardKey.keyA,
|
|
null,
|
|
);
|
|
expect(events[1], isA<RawKeyEvent>());
|
|
_verifyRawKeyEvent<RawKeyUpEvent>(
|
|
events[1] as RawKeyEvent,
|
|
PhysicalKeyboardKey.keyA,
|
|
LogicalKeyboardKey.keyB,
|
|
null,
|
|
);
|
|
events.clear();
|
|
|
|
// Manually switch the transit mode to `keyDataThenRawKeyData`. This will
|
|
// never happen in real applications so the assertion error can verify that
|
|
// the transit mode is correctly applied.
|
|
debugKeyEventSimulatorTransitModeOverride = KeyDataTransitMode.keyDataThenRawKeyData;
|
|
|
|
await _shouldThrow<AssertionError>(
|
|
() => simulateKeyUpEvent(LogicalKeyboardKey.keyB, physicalKey: PhysicalKeyboardKey.keyA),
|
|
);
|
|
|
|
debugKeyEventSimulatorTransitModeOverride = null;
|
|
});
|
|
|
|
testWidgets('simulates using the correct transit mode: keyDataThenRawKeyData', (
|
|
WidgetTester tester,
|
|
) async {
|
|
debugKeyEventSimulatorTransitModeOverride = KeyDataTransitMode.keyDataThenRawKeyData;
|
|
|
|
final events = <Object>[];
|
|
final focusNode = FocusNode();
|
|
addTearDown(focusNode.dispose);
|
|
|
|
await tester.pumpWidget(
|
|
Focus(
|
|
focusNode: focusNode,
|
|
onKey: (FocusNode node, RawKeyEvent event) {
|
|
events.add(event);
|
|
return KeyEventResult.ignored;
|
|
},
|
|
onKeyEvent: (FocusNode node, KeyEvent event) {
|
|
events.add(event);
|
|
return KeyEventResult.ignored;
|
|
},
|
|
child: Container(),
|
|
),
|
|
);
|
|
|
|
focusNode.requestFocus();
|
|
await tester.idle();
|
|
|
|
// A (physical keyA, logical keyA) is pressed.
|
|
await simulateKeyDownEvent(LogicalKeyboardKey.keyA);
|
|
expect(events.length, 2);
|
|
expect(events[0], isA<KeyEvent>());
|
|
_verifyKeyEvent<KeyDownEvent>(
|
|
events[0] as KeyEvent,
|
|
PhysicalKeyboardKey.keyA,
|
|
LogicalKeyboardKey.keyA,
|
|
'a',
|
|
);
|
|
expect(events[1], isA<RawKeyEvent>());
|
|
_verifyRawKeyEvent<RawKeyDownEvent>(
|
|
events[1] as RawKeyEvent,
|
|
PhysicalKeyboardKey.keyA,
|
|
LogicalKeyboardKey.keyA,
|
|
'a',
|
|
);
|
|
events.clear();
|
|
|
|
// A (physical keyA, logical keyB) is released.
|
|
//
|
|
// Since this event is transmitted to HardwareKeyboard as-is, it will be rejected due to
|
|
// inconsistent logical key. This does not indicate behavioral difference,
|
|
// since KeyData is will never send malformed data sequence in real applications.
|
|
await _shouldThrow<AssertionError>(
|
|
() => simulateKeyUpEvent(LogicalKeyboardKey.keyB, physicalKey: PhysicalKeyboardKey.keyA),
|
|
);
|
|
|
|
debugKeyEventSimulatorTransitModeOverride = null;
|
|
});
|
|
|
|
testWidgets('Key events are simulated using the default target platform', (
|
|
WidgetTester tester,
|
|
) async {
|
|
// Regression test for https://github.com/flutter/flutter/issues/133955.
|
|
final events = <RawKeyEvent>[];
|
|
final focusNode = FocusNode();
|
|
|
|
await tester.pumpWidget(
|
|
RawKeyboardListener(focusNode: focusNode, onKey: events.add, child: Container()),
|
|
);
|
|
|
|
focusNode.requestFocus();
|
|
await tester.idle();
|
|
|
|
await tester.sendKeyDownEvent(LogicalKeyboardKey.shift);
|
|
expect(events.length, 1);
|
|
final Type expectedType = isBrowser
|
|
? RawKeyEventDataWeb
|
|
: switch (defaultTargetPlatform) {
|
|
TargetPlatform.android => RawKeyEventDataAndroid,
|
|
TargetPlatform.fuchsia => RawKeyEventDataFuchsia,
|
|
TargetPlatform.iOS => RawKeyEventDataIos,
|
|
TargetPlatform.linux => RawKeyEventDataLinux,
|
|
TargetPlatform.macOS => RawKeyEventDataMacOs,
|
|
TargetPlatform.windows => RawKeyEventDataWindows,
|
|
};
|
|
expect(events.first.data.runtimeType, expectedType);
|
|
}, variant: TargetPlatformVariant.all());
|
|
}
|