public void SeriesCollectionInstanceChanged()
{
var series = new LineSeries <int> {
Values = new List <int> {
1, 6, 4, 2
}
};
var seriesCollection = new List <ISeries> {
series
};
var chart = new TestCartesianChartView
{
Series = seriesCollection,
XAxes = new[] { new Axis() },
YAxes = new[] { new Axis() },
};
var canvas = chart.CoreCanvas;
void DrawChart()
{
while (!canvas.IsValid)
{
canvas.DrawFrame(
new SkiaSharpDrawingContext(
canvas,
new SKImageInfo(100, 100),
SKSurface.CreateNull(100, 100),
new SKCanvas(new SKBitmap())));
}
}
chart.Core.Update(new ChartUpdateParams {
Throttling = false
});
DrawChart();
var drawables = canvas.DrawablesCount;
var geometries = canvas.CountGeometries();
chart.Series = new List <ISeries>
{
new LineSeries <int> {
Values = new List <int> {
1, 6, 4, 2
}
}
};
chart.Core.Update(new ChartUpdateParams {
Throttling = false
});
DrawChart();
Assert.IsTrue(
drawables == canvas.DrawablesCount &&
geometries == canvas.CountGeometries());
}
public void DrawableSeriesFillChanged()
{
var series = new LineSeries <int>
{
Values = new List <int> {
1, 6, 4, 2
}
};
var chart = new TestCartesianChartView
{
Series = new List <ISeries> {
series
},
XAxes = new[] { new Axis() },
YAxes = new[] { new Axis() },
};
var canvas = chart.CoreCanvas;
void DrawChart()
{
while (!canvas.IsValid)
{
canvas.DrawFrame(
new SkiaSharpDrawingContext(
canvas,
new SKImageInfo(100, 100),
SKSurface.CreateNull(100, 100),
new SKCanvas(new SKBitmap())));
}
}
chart.Core.Update(new ChartUpdateParams {
Throttling = false
});
DrawChart();
var drawables = canvas.DrawablesCount;
var geometries = canvas.CountGeometries();
// on changing the fill task, the previous instance should be removed.
series.Fill = new SolidColorPaint();
chart.Core.Update(new ChartUpdateParams {
Throttling = false
});
DrawChart();
Assert.IsTrue(
drawables == canvas.DrawablesCount &&
geometries == canvas.CountGeometries());
}
public void AxisSeparatorBrushChanged()
{
var axis = new Axis();
var chart = new TestCartesianChartView
{
Series = new List <ISeries>
{
new LineSeries <int> {
Values = new List <int> {
1, 6, 4, 2
}
},
},
XAxes = new[] { new Axis() },
YAxes = new[] { axis },
};
var canvas = chart.CoreCanvas;
void DrawChart()
{
while (!canvas.IsValid)
{
canvas.DrawFrame(
new SkiaSharpDrawingContext(
canvas,
new SKImageInfo(100, 100),
SKSurface.CreateNull(100, 100),
new SKCanvas(new SKBitmap())));
}
}
chart.Core.Update(new ChartUpdateParams {
Throttling = false
});
DrawChart();
var drawables = canvas.DrawablesCount;
var geometries = canvas.CountGeometries();
axis.SeparatorsBrush = new SolidColorPaintTask();
chart.Core.Update(new ChartUpdateParams {
Throttling = false
});
DrawChart();
Assert.IsTrue(
drawables == canvas.DrawablesCount &&
geometries == canvas.CountGeometries());
}
public void LineSeriesGeometryPaintsChanged()
{
var series = new LineSeries <int>
{
Values = new List <int> {
1, 6, 4, 2
}
};
var chart = new TestCartesianChartView
{
Series = new List <ISeries> {
series
},
XAxes = new[] { new Axis() },
YAxes = new[] { new Axis() },
};
var canvas = chart.CoreCanvas;
void DrawChart()
{
while (!canvas.IsValid)
{
canvas.DrawFrame(
new SkiaSharpDrawingContext(
new SKImageInfo(100, 100),
SKSurface.CreateNull(100, 100),
new SKCanvas(new SKBitmap())));
}
}
chart.Core.Update(false);
DrawChart();
var drawables = canvas.DrawablesCount;
var geometries = canvas.CountGeometries();
series.GeometryFill = new SolidColorPaintTask();
series.GeometryStroke = new SolidColorPaintTask();
chart.Core.Update(false);
DrawChart();
Assert.IsTrue(
drawables == canvas.DrawablesCount &&
geometries == canvas.CountGeometries());
}
