tests: Add avm2/graphics_draw_path test
This test verifies the behavior of drawing paths using Graphics.
This commit is contained in:
Kamil Jarosz
Nathan Adams
parent
0f534c837f
commit
0a2528b4f9
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package {
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import flash.display.GraphicsPath;
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import flash.display.GraphicsPathCommand;
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import flash.display.GraphicsPathWinding;
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import flash.display.IGraphicsData;
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import flash.display.MovieClip;
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import flash.display.Graphics;
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import flash.display.Shape;
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[SWF(width="50", height="90", backgroundColor="#000000")]
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public class Test extends MovieClip {
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private var shapeId:int = 0;
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public function Test() {
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testCases(function (g:Graphics, commands:Vector.<int>, data:Vector.<Number> = null, winding:String = "evenOdd"): void {
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g.drawPath(commands, data, winding);
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});
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testCases(function (g:Graphics, commands:Vector.<int>, data:Vector.<Number> = null, winding:String = "evenOdd"): void {
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g.drawGraphicsData(Vector.<IGraphicsData>([
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new GraphicsPath(commands, data, winding)
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]));
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});
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smokeTest();
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trace("===== drawPath")
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testErrors(function (commands:Vector.<int>, data:Vector.<Number> = null, winding:String = "evenOdd"): void {
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new Shape().graphics.drawPath(commands, data, winding);
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});
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trace("===== GraphicsPath")
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testErrors(function (commands:Vector.<int>, data:Vector.<Number> = null, winding:String = "evenOdd"): void {
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new Shape().graphics.drawGraphicsData(Vector.<IGraphicsData>([
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new GraphicsPath(commands, data, winding)
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]));
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});
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}
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private function testCases(draw: Function) {
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var g:Graphics;
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// 1. Basic rectangle
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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GraphicsPathCommand.NO_OP,
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GraphicsPathCommand.NO_OP,
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GraphicsPathCommand.NO_OP,
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GraphicsPathCommand.NO_OP,
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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10, 0,
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10, 10,
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0, 10,
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0, 0
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]));
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g.endFill();
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// 2. Too much data
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g = testShape().graphics;
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g.beginFill(0x0000FF);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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10, 0,
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0, 10,
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10, 10,
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0, 0,
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5, 5,
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5, 5,
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5, 5,
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5, 5
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]));
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g.endFill();
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// 3. Too much commands
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g = testShape().graphics;
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g.beginFill(0x00FFFF);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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10, 10,
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0, 0,
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10, 0,
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0, 10
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]));
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g.endFill();
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// 4. Unknown commands
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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42,
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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5, 5,
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0, 0,
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10, 0,
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10, 10,
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0, 10,
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0, 0
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]));
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g.endFill();
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// 5. String coord
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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"0", "0",
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"10", "0",
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"0", "10",
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"10", "10",
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"0", "0"
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]));
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g.endFill();
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// 6. Non-integer coord
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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"X", "Y",
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"X", "Y",
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0, 0,
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10, 0,
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10, 10,
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0, 10,
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0, 0
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]));
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g.endFill();
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// 7. No data
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([]));
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g.endFill();
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// 8. No commands
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([]), Vector.<Number>([
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0, 0,
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10, 0,
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0, 10,
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10, 10,
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0, 0
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]));
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g.endFill();
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// 9. Even-odd winding
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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0, 10,
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10, 10,
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10, 0,
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0, 0,
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0, 10,
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10, 0,
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10, 10,
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0, 0
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]), GraphicsPathWinding.EVEN_ODD);
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g.endFill();
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// 10. Non-zero winding
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g = testShape().graphics;
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g.beginFill(0xFF0000);
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draw(g, Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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0, 10,
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10, 10,
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10, 0,
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0, 0,
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0, 10,
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10, 0,
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10, 10,
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0, 0
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]), GraphicsPathWinding.NON_ZERO);
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g.endFill();
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}
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private function testShape():Shape {
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var child:Shape = new Shape();
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child.x = 10 * (shapeId % 5);
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child.y = 10 * Math.floor(shapeId / 5);
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++shapeId;
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addChild(child);
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return child;
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}
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private function smokeTest() {
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var child:Shape = new Shape();
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child.x = 0;
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child.y = 40;
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addChild(child);
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var g = child.graphics;
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g.beginFill(0xFF0000);
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for each (var dy in [0, 10, 20, 30, 40]) {
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g.drawPath(Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, dy + 10,
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10, dy + 0,
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10, dy + 10,
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10, dy + 10,
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20, dy + 0,
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20, dy + 10,
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20, dy + 10,
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30, dy + 0,
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30, dy + 10,
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30, dy + 10,
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40, dy + 0,
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40, dy + 10,
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40, dy + 10,
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50, dy + 0,
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50, dy + 10
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]));
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}
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g.endFill();
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g.beginFill(0x0000FF);
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for each (var dy in [0, 10, 20, 30, 40]) {
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g.drawPath(Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, dy + 0,
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0, dy + 10,
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10, dy + 0,
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10, dy + 0,
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10, dy + 10,
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20, dy + 0,
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20, dy + 0,
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20, dy + 10,
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30, dy + 0,
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30, dy + 0,
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30, dy + 10,
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40, dy + 0,
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40, dy + 0,
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40, dy + 10,
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50, dy + 0
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]));
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}
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g.endFill();
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for each (var i in [0, 1]) {
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var dy = i ? 30 : 0;
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var windingRule = i ? GraphicsPathWinding.NON_ZERO : GraphicsPathWinding.EVEN_ODD;
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g.beginFill(i ? 0xFFFF00 : 0x00FFFF);
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g.drawPath(Vector.<int>([
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GraphicsPathCommand.WIDE_MOVE_TO,
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GraphicsPathCommand.CUBIC_CURVE_TO,
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GraphicsPathCommand.WIDE_LINE_TO,
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GraphicsPathCommand.CURVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.CUBIC_CURVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.CUBIC_CURVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.CUBIC_CURVE_TO,
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GraphicsPathCommand.CURVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.NO_OP
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]), Vector.<Number>([
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-1, dy + -1, 10, dy + 5,
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10, dy + 0, 20, dy + 0, 20, dy + 5,
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-1, dy + -1, 20, dy + 10,
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20, dy + 15, 30, dy + 15,
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40, dy + 15,
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50, dy + 15, 50, dy + 10, 40, dy + 10,
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10, dy + 10,
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0, dy + 10, 0, dy + 5, 10, dy + 5,
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30, dy + 5,
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40, dy + 5, 40, dy + 20, 30, dy + 20,
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10, dy + 20, 10, dy + 10,
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10, dy + 5,
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-1, dy + -1
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]), windingRule);
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g.endFill();
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}
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}
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private function logError(f:Function):void {
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try {
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f();
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trace(" No error thrown");
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} catch (e:*) {
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trace(" Error thrown: " + e);
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}
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}
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private function testErrors(draw: Function):void {
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trace("Odd number of data coordinates")
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logError(function ():void {
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draw(Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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0, 10,
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10
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]));
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});
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trace("Even number of data coordinates")
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logError(function ():void {
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draw(Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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0, 10,
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10, 0
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]));
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});
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trace("Odd number of data coordinates with no commands")
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logError(function ():void {
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draw(Vector.<int>([]), Vector.<Number>([
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0, 0,
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0, 10,
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10
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]));
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});
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trace("Odd number of superfluous data coordinates")
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logError(function ():void {
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draw(Vector.<int>([
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GraphicsPathCommand.MOVE_TO,
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GraphicsPathCommand.LINE_TO,
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GraphicsPathCommand.LINE_TO
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]), Vector.<Number>([
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0, 0,
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0, 10,
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10, 0,
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10
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]));
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});
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trace("Unknown commands")
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logError(function ():void {
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draw(Vector.<int>([
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7,
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14,
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39,
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-1
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]), Vector.<Number>([
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0, 0,
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0, 10,
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10, 0,
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10, 10
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]));
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});
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}
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}
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}
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Binary file not shown.
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After Width: | Height: | Size: 679 B |
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@ -0,0 +1,22 @@
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===== drawPath
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Odd number of data coordinates
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Error thrown: ArgumentError: Error #2004: One of the parameters is invalid.
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Even number of data coordinates
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No error thrown
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Odd number of data coordinates with no commands
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No error thrown
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Odd number of superfluous data coordinates
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Error thrown: ArgumentError: Error #2004: One of the parameters is invalid.
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Unknown commands
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No error thrown
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===== GraphicsPath
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Odd number of data coordinates
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Error thrown: ArgumentError: Error #2004: One of the parameters is invalid.
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Even number of data coordinates
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No error thrown
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Odd number of data coordinates with no commands
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No error thrown
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Odd number of superfluous data coordinates
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Error thrown: ArgumentError: Error #2004: One of the parameters is invalid.
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Unknown commands
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No error thrown
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Binary file not shown.
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@ -0,0 +1,9 @@
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num_ticks = 1
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# TODO This output differs from FP due to the
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# winding behavior not being implemented.
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[image_comparisons.output]
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trigger = 1
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[player_options]
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with_renderer = { optional = false, sample_count = 1 }
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