private string buildClassLiteral(ClassLiteral classLiteral)
{
var result = "";
result += "class ";
// build class name
var classname = Prefix + Build(classLiteral.TypeName);
result += classname + " ";
// build class extends
result += ": public " + Prefix + "Object";
if (classLiteral.Extends.Count != 0)
{
var extends = "";
classLiteral.Extends.ForEach(node =>
{
extends += ", " + Prefix + Build(node);
});
result += extends;
}
result += "{ \n";
// build class body
result += Build(classLiteral.Body);
result += "};";
// add to defines
if (blockLevel == 0)
{
typeDefines.Add("class " + classname + ";");
}
return(result);
}
public void IsView(RuntimeFunction isView)
{
IsUnconstructableFunctionWLength(isView, "isView", 1);
That(ArrayBuffer, Has.OwnProperty("isView", isView, EcmaPropertyAttributes.DefaultMethodProperty));
Case(_, false);
Case((_, Undefined), false);
Case((_, Null), false);
Case((_, 1), false);
Case((_, ""), false);
Case((_, Object.Construct()), false);
Case((_, EcmaArray.Of()), false);
Case((_, ArrayBuffer.Construct(1)), false);
EcmaValue DV = new ClassLiteral(Extends(DataView))
{
["constructor"] = FunctionLiteral(DerivedCtor)
};
Case((_, DataView.Construct(ArrayBuffer.Construct(1), 0, 0)), true);
Case((_, DV.Construct(ArrayBuffer.Construct(1), 0, 0)), true);
Case((_, DataView), false);
Case((_, DataView.Construct(ArrayBuffer.Construct(1), 0, 0)["buffer"]), false);
TestWithTypedArrayConstructors(ctor => {
EcmaValue TA = new ClassLiteral(Extends(ctor))
{
["constructor"] = FunctionLiteral(DerivedCtor)
};
Case((_, ctor.Construct()), true);
Case((_, TA.Construct()), true);
Case((_, ctor), false);
Case((_, ctor.Construct()["buffer"]), false);
});
}
