removed obsolete timelineArgumentsIndicatingLandmarkEvent (#101382)
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e6f3022890
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9124287060
@ -82,23 +82,6 @@ Future<T> debugInstrumentAction<T>(String description, Future<T> Function() acti
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}
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}
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/// Argument passed to [dart:developer.Timeline] events in order to cause those
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/// events to be shown in the developer-centric version of the Observatory
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/// Timeline.
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///
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/// Generally these indicate landmark events such as the build phase or layout.
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///
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/// [DiagnosticsNode.toTimelineArguments] includes these properties in its
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/// result.
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///
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/// See also:
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///
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/// * [dart:developer.Timeline.startSync], which typically takes this value as
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/// its `arguments` argument.
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const Map<String, String> timelineArgumentsIndicatingLandmarkEvent = <String, String>{
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'mode': 'basic',
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};
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/// Configure [debugFormatDouble] using [num.toStringAsPrecision].
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///
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/// Defaults to null, which uses the default logic of [debugFormatDouble].
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@ -1547,21 +1547,16 @@ abstract class DiagnosticsNode {
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/// Converts the properties ([getProperties]) of this node to a form useful
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/// for [Timeline] event arguments (as in [Timeline.startSync]).
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///
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/// The properties specified by [timelineArgumentsIndicatingLandmarkEvent] are
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/// included in the result.
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///
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/// Children ([getChildren]) are omitted.
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///
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/// This method is only valid in debug builds. In profile builds, this method
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/// throws an exception. In release builds, it returns a copy of
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/// [timelineArgumentsIndicatingLandmarkEvent] with no arguments added.
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/// throws an exception. In release builds it returns null.
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///
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/// See also:
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///
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/// * [toJsonMap], which converts this node to a structured form intended for
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/// data exchange (e.g. with an IDE).
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Map<String, String> toTimelineArguments() {
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final Map<String, String> result = Map<String, String>.of(timelineArgumentsIndicatingLandmarkEvent);
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Map<String, String>? toTimelineArguments() {
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if (!kReleaseMode) {
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// We don't throw in release builds, to avoid hurting users. We also don't do anything useful.
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if (kProfileMode) {
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@ -1573,13 +1568,15 @@ abstract class DiagnosticsNode {
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'this application is compiled in profile mode and yet still invoked the method.'
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);
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}
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final Map<String, String> result = <String, String>{};
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for (final DiagnosticsNode property in getProperties()) {
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if (property.name != null) {
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result[property.name!] = property.toDescription(parentConfiguration: singleLineTextConfiguration);
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}
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}
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return result;
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}
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return result;
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return null;
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}
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/// Serialize the node to a JSON map according to the configuration provided
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@ -513,7 +513,7 @@ mixin RendererBinding on BindingBase, ServicesBinding, SchedulerBinding, Gesture
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await super.performReassemble();
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if (BindingBase.debugReassembleConfig?.widgetName == null) {
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if (!kReleaseMode) {
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Timeline.startSync('Preparing Hot Reload (layout)', arguments: timelineArgumentsIndicatingLandmarkEvent);
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Timeline.startSync('Preparing Hot Reload (layout)');
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}
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try {
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renderView.reassemble();
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@ -1369,15 +1369,15 @@ abstract class RenderBox extends RenderObject {
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return true;
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}());
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if (shouldCache) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhanceLayoutTimelineArguments) {
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debugTimelineArguments = toDiagnosticsNode().toTimelineArguments();
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} else {
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debugTimelineArguments = Map<String, String>.of(debugTimelineArguments);
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debugTimelineArguments = <String, String>{};
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}
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debugTimelineArguments['intrinsics dimension'] = describeEnum(dimension);
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debugTimelineArguments['intrinsics argument'] = '$argument';
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debugTimelineArguments!['intrinsics dimension'] = describeEnum(dimension);
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debugTimelineArguments!['intrinsics argument'] = '$argument';
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return true;
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}());
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if (!kReleaseMode) {
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@ -1833,14 +1833,14 @@ abstract class RenderBox extends RenderObject {
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return true;
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}());
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if (shouldCache) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhanceLayoutTimelineArguments) {
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debugTimelineArguments = toDiagnosticsNode().toTimelineArguments();
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} else {
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debugTimelineArguments = Map<String, String>.of(debugTimelineArguments);
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debugTimelineArguments = <String, String>{};
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}
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debugTimelineArguments['getDryLayout constraints'] = '$constraints';
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debugTimelineArguments!['getDryLayout constraints'] = '$constraints';
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return true;
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}());
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if (!kReleaseMode) {
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@ -858,11 +858,10 @@ class PipelineOwner {
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/// See [RendererBinding] for an example of how this function is used.
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void flushLayout() {
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if (!kReleaseMode) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhanceLayoutTimelineArguments) {
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debugTimelineArguments = <String, String>{
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...debugTimelineArguments,
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'dirty count': '${_nodesNeedingLayout.length}',
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'dirty list': '$_nodesNeedingLayout',
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};
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@ -931,7 +930,7 @@ class PipelineOwner {
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/// [flushPaint].
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void flushCompositingBits() {
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if (!kReleaseMode) {
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Timeline.startSync('UPDATING COMPOSITING BITS', arguments: timelineArgumentsIndicatingLandmarkEvent);
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Timeline.startSync('UPDATING COMPOSITING BITS');
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}
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_nodesNeedingCompositingBitsUpdate.sort((RenderObject a, RenderObject b) => a.depth - b.depth);
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for (final RenderObject node in _nodesNeedingCompositingBitsUpdate) {
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@ -964,11 +963,10 @@ class PipelineOwner {
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/// See [RendererBinding] for an example of how this function is used.
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void flushPaint() {
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if (!kReleaseMode) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhancePaintTimelineArguments) {
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debugTimelineArguments = <String, String>{
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...debugTimelineArguments,
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'dirty count': '${_nodesNeedingPaint.length}',
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'dirty list': '$_nodesNeedingPaint',
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};
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@ -1080,7 +1078,7 @@ class PipelineOwner {
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if (_semanticsOwner == null)
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return;
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if (!kReleaseMode) {
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Timeline.startSync('SEMANTICS', arguments: timelineArgumentsIndicatingLandmarkEvent);
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Timeline.startSync('SEMANTICS');
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}
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assert(_semanticsOwner != null);
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assert(() {
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@ -1796,7 +1794,7 @@ abstract class RenderObject extends AbstractNode with DiagnosticableTreeMixin im
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void layout(Constraints constraints, { bool parentUsesSize = false }) {
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assert(!_debugDisposed);
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if (!kReleaseMode && debugProfileLayoutsEnabled) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhanceLayoutTimelineArguments) {
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debugTimelineArguments = toDiagnosticsNode().toTimelineArguments();
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@ -2402,7 +2400,7 @@ abstract class RenderObject extends AbstractNode with DiagnosticableTreeMixin im
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if (_needsLayout)
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return;
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if (!kReleaseMode && debugProfilePaintsEnabled) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhancePaintTimelineArguments) {
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debugTimelineArguments = toDiagnosticsNode().toTimelineArguments();
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@ -221,7 +221,7 @@ class RenderView extends RenderObject with RenderObjectWithChildMixin<RenderBox>
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/// Actually causes the output of the rendering pipeline to appear on screen.
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void compositeFrame() {
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if (!kReleaseMode) {
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Timeline.startSync('COMPOSITING', arguments: timelineArgumentsIndicatingLandmarkEvent);
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Timeline.startSync('COMPOSITING');
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}
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try {
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final ui.SceneBuilder builder = ui.SceneBuilder();
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@ -1023,7 +1023,7 @@ mixin SchedulerBinding on BindingBase {
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/// statements printed during a frame from those printed between frames (e.g.
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/// in response to events or timers).
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void handleBeginFrame(Duration? rawTimeStamp) {
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_frameTimelineTask?.start('Frame', arguments: timelineArgumentsIndicatingLandmarkEvent);
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_frameTimelineTask?.start('Frame');
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_firstRawTimeStampInEpoch ??= rawTimeStamp;
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_currentFrameTimeStamp = _adjustForEpoch(rawTimeStamp ?? _lastRawTimeStamp);
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if (rawTimeStamp != null)
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@ -1050,7 +1050,7 @@ mixin SchedulerBinding on BindingBase {
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_hasScheduledFrame = false;
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try {
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// TRANSIENT FRAME CALLBACKS
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_frameTimelineTask?.start('Animate', arguments: timelineArgumentsIndicatingLandmarkEvent);
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_frameTimelineTask?.start('Animate');
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_schedulerPhase = SchedulerPhase.transientCallbacks;
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final Map<int, _FrameCallbackEntry> callbacks = _transientCallbacks;
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_transientCallbacks = <int, _FrameCallbackEntry>{};
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@ -2563,11 +2563,10 @@ class BuildOwner {
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return true;
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}());
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if (!kReleaseMode) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (debugEnhanceBuildTimelineArguments) {
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debugTimelineArguments = <String, String>{
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...debugTimelineArguments,
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'dirty count': '${_dirtyElements.length}',
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'dirty list': '$_dirtyElements',
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'lock level': '$_debugStateLockLevel',
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@ -2643,7 +2642,7 @@ class BuildOwner {
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}());
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final bool isTimelineTracked = !kReleaseMode && _isProfileBuildsEnabledFor(element.widget);
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if (isTimelineTracked) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (kDebugMode && debugEnhanceBuildTimelineArguments) {
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debugTimelineArguments = element.widget.toDiagnosticsNode().toTimelineArguments();
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@ -2926,7 +2925,7 @@ class BuildOwner {
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@pragma('vm:notify-debugger-on-exception')
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void finalizeTree() {
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if (!kReleaseMode) {
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Timeline.startSync('FINALIZE TREE', arguments: timelineArgumentsIndicatingLandmarkEvent);
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Timeline.startSync('FINALIZE TREE');
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}
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try {
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lockState(_inactiveElements._unmountAll); // this unregisters the GlobalKeys
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@ -3515,7 +3514,7 @@ abstract class Element extends DiagnosticableTree implements BuildContext {
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updateSlotForChild(child, newSlot);
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final bool isTimelineTracked = !kReleaseMode && _isProfileBuildsEnabledFor(newWidget);
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if (isTimelineTracked) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (kDebugMode && debugEnhanceBuildTimelineArguments) {
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debugTimelineArguments = newWidget.toDiagnosticsNode().toTimelineArguments();
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@ -3780,7 +3779,7 @@ abstract class Element extends DiagnosticableTree implements BuildContext {
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final bool isTimelineTracked = !kReleaseMode && _isProfileBuildsEnabledFor(newWidget);
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if (isTimelineTracked) {
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Map<String, String> debugTimelineArguments = timelineArgumentsIndicatingLandmarkEvent;
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Map<String, String>? debugTimelineArguments;
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assert(() {
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if (kDebugMode && debugEnhanceBuildTimelineArguments) {
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debugTimelineArguments = newWidget.toDiagnosticsNode().toTimelineArguments();
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