blob: 1963186922ad21e729c0eea0f73949e01a686de1 [file] [log] [blame]
// Copyright (c) 2013, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.
import "native_testing.dart";
// Test that native classes and plain classes can access methods defined only by
// the same mixin.
class D extends Object with M1, M2, M3 {}
class E extends D {
foo() => 'E.foo';
}
class M1 {}
class M2 {
foo() => 'M2.foo';
}
class M3 {}
@Native("A")
class A {
foo() => 'A.foo';
}
@Native("B")
class B extends A with M1, M2, M3 {}
@Native("C")
class C extends B {
foo() => 'C.foo';
}
makeA() native;
makeB() native;
makeC() native;
void setup() {
JS('', r"""
(function(){
function A() {}
function B() {}
function C() {}
makeA = function(){return new A()};
makeB = function(){return new B()};
makeC = function(){return new C()};
self.nativeConstructor(A);
self.nativeConstructor(B);
self.nativeConstructor(C);
})()""");
}
var g;
callFoo(x) {
// Dominating getInterceptor call should be shared.
g = x.toString();
// These call sites are partitioned into pure-dart and native subsets,
// allowing differences in getInterceptors.
if (x is D) return x.foo();
if (x is A) return x.foo();
}
makeAll() => [makeA(), makeB(), makeC(), new D(), new E()];
main() {
nativeTesting();
setup();
/*
var a = makeA();
var b = makeB();
var c = makeC();
var d = new D();
var e = new E();
*/
var x = makeAll();
var a = x[0];
var b = x[1];
var c = x[2];
var d = x[3];
var e = x[4];
var f = callFoo;
Expect.equals('A.foo', f(a));
Expect.equals('M2.foo', f(b));
Expect.equals('C.foo', f(c));
Expect.equals('M2.foo', f(d));
Expect.equals('E.foo', f(e));
}