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Add dark mode support to dart:ui diagrams (flutter/engine#36533)
* Add dark mode support to dart:ui diagrams * Oopsie
This commit is contained in:
Andre Lipke
GitHub
parent
bb08a46561
commit
5f656a0546
@ -634,7 +634,8 @@ class Size extends OffsetBase {
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class Rect {
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/// Construct a rectangle from its left, top, right, and bottom edges.
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///
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/// 
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/// 
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/// 
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@pragma('vm:entry-point')
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const Rect.fromLTRB(this.left, this.top, this.right, this.bottom)
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: assert(left != null),
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@ -648,14 +649,16 @@ class Rect {
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/// To construct a [Rect] from an [Offset] and a [Size], you can use the
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/// rectangle constructor operator `&`. See [Offset.&].
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///
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/// 
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/// 
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/// 
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const Rect.fromLTWH(double left, double top, double width, double height) : this.fromLTRB(left, top, left + width, top + height);
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/// Construct a rectangle that bounds the given circle.
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///
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/// The `center` argument is assumed to be an offset from the origin.
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///
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/// 
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/// 
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/// 
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Rect.fromCircle({ required Offset center, required double radius }) : this.fromCenter(
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center: center,
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width: radius * 2,
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@ -666,7 +669,8 @@ class Rect {
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///
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/// The `center` argument is assumed to be an offset from the origin.
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///
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/// 
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/// 
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/// 
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Rect.fromCenter({ required Offset center, required double width, required double height }) : this.fromLTRB(
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center.dx - width / 2,
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center.dy - height / 2,
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@ -677,7 +681,8 @@ class Rect {
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/// Construct the smallest rectangle that encloses the given offsets, treating
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/// them as vectors from the origin.
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///
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/// 
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/// 
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/// 
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Rect.fromPoints(Offset a, Offset b) : this.fromLTRB(
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math.min(a.dx, b.dx),
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math.min(a.dy, b.dy),
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@ -934,12 +939,14 @@ class Rect {
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class Radius {
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/// Constructs a circular radius. [x] and [y] will have the same radius value.
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///
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/// 
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/// 
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/// 
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const Radius.circular(double radius) : this.elliptical(radius, radius);
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/// Constructs an elliptical radius with the given radii.
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///
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/// 
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/// 
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/// 
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const Radius.elliptical(this.x, this.y);
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/// The radius value on the horizontal axis.
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@ -2430,7 +2430,8 @@ class Path extends NativeFieldWrapperClass1 {
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/// point to the given point (x2,y2), using the control point
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/// (x1,y1).
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///
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/// 
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/// 
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/// 
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@FfiNative<Void Function(Pointer<Void>, Float, Float, Float, Float)>('Path::quadraticBezierTo', isLeaf: true)
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external void quadraticBezierTo(double x1, double y1, double x2, double y2);
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@ -2446,7 +2447,8 @@ class Path extends NativeFieldWrapperClass1 {
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/// to the given point (x3,y3), using the control points (x1,y1) and
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/// (x2,y2).
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///
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/// 
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/// 
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/// 
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@FfiNative<Void Function(Pointer<Void>, Float, Float, Float, Float, Float, Float)>('Path::cubicTo', isLeaf: true)
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external void cubicTo(double x1, double y1, double x2, double y2, double x3, double y3);
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@ -2463,7 +2465,8 @@ class Path extends NativeFieldWrapperClass1 {
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/// hyperbola; if the weight equals 1, it's a parabola; and if it is
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/// less than 1, it is an ellipse.
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///
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/// 
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/// 
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/// 
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@FfiNative<Void Function(Pointer<Void>, Float, Float, Float, Float, Float)>('Path::conicTo', isLeaf: true)
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external void conicTo(double x1, double y1, double x2, double y2, double w);
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@ -2594,9 +2597,11 @@ class Path extends NativeFieldWrapperClass1 {
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/// rectangle and with positive angles going clockwise around the
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/// oval.
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///
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/// 
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/// 
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/// 
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///
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/// 
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/// 
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/// 
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void addArc(Rect oval, double startAngle, double sweepAngle) {
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assert(_rectIsValid(oval));
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_addArc(oval.left, oval.top, oval.right, oval.bottom, startAngle, sweepAngle);
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@ -4913,7 +4918,8 @@ class Canvas extends NativeFieldWrapperClass1 {
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///
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/// The `p1` and `p2` arguments are interpreted as offsets from the origin.
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///
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/// 
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/// 
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/// 
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void drawLine(Offset p1, Offset p2, Paint paint) {
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assert(_offsetIsValid(p1));
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assert(_offsetIsValid(p2));
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@ -4939,7 +4945,8 @@ class Canvas extends NativeFieldWrapperClass1 {
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/// Draws a rectangle with the given [Paint]. Whether the rectangle is filled
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/// or stroked (or both) is controlled by [Paint.style].
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///
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/// 
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/// 
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/// 
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void drawRect(Rect rect, Paint paint) {
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assert(_rectIsValid(rect));
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assert(paint != null);
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@ -4952,7 +4959,8 @@ class Canvas extends NativeFieldWrapperClass1 {
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/// Draws a rounded rectangle with the given [Paint]. Whether the rectangle is
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/// filled or stroked (or both) is controlled by [Paint.style].
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///
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/// 
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/// 
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/// 
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void drawRRect(RRect rrect, Paint paint) {
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assert(_rrectIsValid(rrect));
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assert(paint != null);
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@ -4981,7 +4989,8 @@ class Canvas extends NativeFieldWrapperClass1 {
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/// with the given [Paint]. Whether the oval is filled or stroked (or both) is
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/// controlled by [Paint.style].
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///
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/// 
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/// 
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/// 
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void drawOval(Rect rect, Paint paint) {
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assert(_rectIsValid(rect));
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assert(paint != null);
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@ -4996,7 +5005,8 @@ class Canvas extends NativeFieldWrapperClass1 {
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/// the third argument. Whether the circle is filled or stroked (or both) is
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/// controlled by [Paint.style].
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///
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/// 
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/// 
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/// 
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void drawCircle(Offset c, double radius, Paint paint) {
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assert(_offsetIsValid(c));
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assert(paint != null);
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@ -5016,7 +5026,8 @@ class Canvas extends NativeFieldWrapperClass1 {
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/// closed back to the center, forming a circle sector. Otherwise, the arc is
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/// not closed, forming a circle segment.
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///
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/// 
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/// 
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/// 
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///
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/// This method is optimized for drawing arcs and should be faster than [Path.arcTo].
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void drawArc(Rect rect, double startAngle, double sweepAngle, bool useCenter, Paint paint) {
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