avm2: Add domain memory tests

core/tests/regression_tests.rs

@@ -555,6 +555,7 @@ swf_tests! {
     (as3_nan_scale, "avm2/nan_scale", 1),
     (as3_documentclass, "avm2/documentclass", 1),
     (timer_run_actions, "avm1/timer_run_actions", 1),
+    (as3_domain_memory, "avm2/domain_memory", 1),
 }
 
 // TODO: These tests have some inaccuracies currently, so we use approx_eq to test that numeric values are close enough.

core/tests/swfs/avm2/domain_memory/Test.as

@@ -3,208 +3,8 @@
     }
 }
 
-import flash.geom.Point;
+import avm2.intrinsics.memory.si8;
 
-trace("/// Constructors");
+trace("// Li8(1) after Si8(1, 10)");
-trace("// new Point()");
+si8(1, 10);
-trace(new Point());
+trace(li8(1));
-trace("");
-
-trace("// new Point(1)");
-trace(new Point(1));
-trace("");
-
-trace("// new Point(1, 2)");
-trace(new Point(1, 2));
-trace("");
-
-trace("// new Point({}, 2)");
-var temp = {};
-trace(new Point(temp, 2));
-trace("");
-trace("");
-
-trace("/// Add");
-
-var point2 = new Point();
-trace("// point.add(new Point(1, 2))");
-trace(point2.add(new Point(1, 2)));
-trace("");
-
-trace("// point");
-trace(point2);
-trace("");
-trace("");
-
-trace("/// Subtract");
-
-var point3 = new Point();
-trace("// point.subtract(new Point(1, 2))");
-trace(point3.subtract(new Point(1, 2)));
-trace("");
-
-trace("// point");
-trace(point3);
-trace("");
-trace("");
-
-trace("/// Distance");
-
-trace("// Point.distance(new Point(), new Point())");
-trace(Point.distance(new Point(), new Point()));
-trace("");
-
-trace("// Point.distance(new Point(-100, 200), new Point(100, 200))");
-trace(Point.distance(new Point(-100, 200), new Point(100, 200)));
-trace("");
-
-trace("/// Equals");
-
-var point4 = new Point();
-trace("// point.equals(new Point(1, 2))");
-trace(point4.equals(new Point(1, 2)));
-trace("");
-
-
-trace("// point.equals(point)");
-trace(point4.equals(point4));
-trace("");
-
-trace("// point");
-trace(point4);
-trace("");
-trace("");
-
-
-trace("/// Clone");
-
-var point5 = new Point(1, 2);
-var clone = point5.clone();
-trace("// point");
-trace(point5);
-trace("");
-
-trace("// clone");
-trace(clone);
-trace("");
-
-trace("// point === clone");
-trace(point5 === clone);
-trace("");
-
-trace("// point.equals(clone)");
-trace(point5.equals(clone));
-trace("");
-trace("");
-
-trace("/// Interpolate");
-trace("// Point.interpolate(new Point(-100, -200), new Point(100, 200), -1)");
-trace(Point.interpolate(new Point(-100, -200), new Point(100, 200), -1));
-trace("");
-
-trace("// Point.interpolate(new Point(-100, -200), new Point(100, 200), 0)");
-trace(Point.interpolate(new Point(-100, -200), new Point(100, 200), 0));
-trace("");
-
-trace("// Point.interpolate(new Point(-100, -200), new Point(100, 200), 0.5)");
-trace(Point.interpolate(new Point(-100, -200), new Point(100, 200), 0.5));
-trace("");
-
-trace("// Point.interpolate(new Point(-100, -200), new Point(100, 200), 1)");
-trace(Point.interpolate(new Point(-100, -200), new Point(100, 200), 1));
-trace("");
-
-trace("// Point.interpolate(new Point(-100, -200), new Point(100, 200), 2)");
-trace(Point.interpolate(new Point(-100, -200), new Point(100, 200), 2));
-trace("");
-
-trace("/// length");
-trace("new Point().length");
-trace(new Point().length);
-trace("");
-
-trace("new Point(100, 0).length");
-trace(new Point(100, 0).length);
-trace("");
-
-trace("new Point(0, -200).length");
-trace(new Point(0, -200).length);
-trace("");
-trace("");
-
-trace("/// Normalize");
-trace("// new Point() normalize(10)");
-var point6 = new Point();
-point6.normalize(10);
-trace(point6);
-trace("");
-
-trace("// new Point() normalize(-5)");
-var point7 = new Point();
-point7.normalize(-5);
-trace(point7);
-trace("");
-
-trace("// new Point(100, 200) normalize(10)");
-var point8 = new Point(100, 200);
-point8.normalize(10);
-trace(point8);
-trace("");
-
-trace("// new Point(100, 200) normalize(-5)");
-var point9 = new Point(100, 200);
-point9.normalize(-5);
-trace(point9);
-trace("");
-
-trace("// new Point(-200, 100) normalize(10)");
-var point10 = new Point(-200, 100);
-point10.normalize(10);
-trace(point10);
-trace("");
-
-trace("// new Point(-200, 100) normalize(-5)");
-var point11 = new Point(-200, 100);
-point11.normalize(-5);
-trace(point11);
-trace("");
-
-trace("// new Point(undefined, 100) normalize(1)");
-var point14 = new Point(undefined, 100);
-point14.normalize(1);
-trace(point14);
-trace("");
-trace("");
-
-trace("// new Point(100, null) normalize(1)");
-var point15 = new Point(100, null);
-point15.normalize(1);
-trace(point15);
-trace("");
-trace("");
-
-trace("/// Offset");
-var point16 = new Point();
-trace("// point = new Point()");
-trace(point16);
-trace("");
-
-point16.offset(100, 200);
-trace("// point.offset(100, 200)");
-trace(point16);
-trace("");
-
-point16.offset(-1000, -2000);
-trace("// point.offset(-1000, -2000)");
-trace(point16);
-trace("");
-
-
-trace("/// polar");
-trace("// Point.polar(5, Math.atan(3/4))");
-trace(Point.polar(5, Math.atan(3/4)));
-trace("");
-
-trace("// Point.polar(0, Math.atan(3/4))");
-trace(Point.polar(0, Math.atan(3/4)));
-trace("");

core/tests/swfs/avm2/domain_memory/output.txt

@@ -1,133 +0,0 @@
-/// Constructors
-// new Point()
-(x=0, y=0)
-
-// new Point(1)
-(x=1, y=0)
-
-// new Point(1, 2)
-(x=1, y=2)
-
-// new Point({}, 2)
-(x=NaN, y=2)
-
-
-/// Add
-// point.add(new Point(1, 2))
-(x=1, y=2)
-
-// point
-(x=0, y=0)
-
-
-/// Subtract
-// point.subtract(new Point(1, 2))
-(x=-1, y=-2)
-
-// point
-(x=0, y=0)
-
-
-/// Distance
-// Point.distance(new Point(), new Point())
-0
-
-// Point.distance(new Point(-100, 200), new Point(100, 200))
-200
-
-/// Equals
-// point.equals(new Point(1, 2))
-false
-
-// point.equals(point)
-true
-
-// point
-(x=0, y=0)
-
-
-/// Clone
-// point
-(x=1, y=2)
-
-// clone
-(x=1, y=2)
-
-// point === clone
-false
-
-// point.equals(clone)
-true
-
-
-/// Interpolate
-// Point.interpolate(new Point(-100, -200), new Point(100, 200), -1)
-(x=300, y=600)
-
-// Point.interpolate(new Point(-100, -200), new Point(100, 200), 0)
-(x=100, y=200)
-
-// Point.interpolate(new Point(-100, -200), new Point(100, 200), 0.5)
-(x=0, y=0)
-
-// Point.interpolate(new Point(-100, -200), new Point(100, 200), 1)
-(x=-100, y=-200)
-
-// Point.interpolate(new Point(-100, -200), new Point(100, 200), 2)
-(x=-300, y=-600)
-
-/// length
-new Point().length
-0
-
-new Point(100, 0).length
-100
-
-new Point(0, -200).length
-200
-
-
-/// Normalize
-// new Point() normalize(10)
-(x=0, y=0)
-
-// new Point() normalize(-5)
-(x=0, y=0)
-
-// new Point(100, 200) normalize(10)
-(x=4.47213595499958, y=8.94427190999916)
-
-// new Point(100, 200) normalize(-5)
-(x=-2.23606797749979, y=-4.47213595499958)
-
-// new Point(-200, 100) normalize(10)
-(x=-8.94427190999916, y=4.47213595499958)
-
-// new Point(-200, 100) normalize(-5)
-(x=4.47213595499958, y=-2.23606797749979)
-
-// new Point(undefined, 100) normalize(1)
-(x=NaN, y=100)
-
-
-// new Point(100, null) normalize(1)
-(x=1, y=0)
-
-
-/// Offset
-// point = new Point()
-(x=0, y=0)
-
-// point.offset(100, 200)
-(x=100, y=200)
-
-// point.offset(-1000, -2000)
-(x=-900, y=-1800)
-
-/// polar
-// Point.polar(5, Math.atan(3/4))
-(x=4, y=3)
-
-// Point.polar(0, Math.atan(3/4))
-(x=0, y=0)
-