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// |reftest| skip-if(!xulRuntime.shell||(function(){try{eval('c=class{x;}');return(false);}catch{return(true);}})())
// Classes
function testClassFields() {
function constructor_(name) {
let body = blockStmt([]);
let method = funExpr(ident(name), [], body);
return classMethod(ident("constructor"), method, "method", false);
}
let genConstructor = constructor_("C");
// TODO: Should genConstructor be present?
assertExpr("(class C { x = 2; })", classExpr(ident("C"), null, [classField(ident("x"), lit(2)), genConstructor]));
assertExpr("(class C { x = x; })", classExpr(ident("C"), null, [classField(ident("x"), ident("x")), genConstructor]))
assertExpr("(class C { x; })", classExpr(ident("C"), null, [classField(ident("x"), null), genConstructor]))
assertExpr("(class C { x; y = 2; })", classExpr(ident("C"), null, [classField(ident("x"), null), classField(ident("y"), lit(2)), genConstructor]))
assertExpr("(class C { x = 2; constructor(){} })", classExpr(ident("C"), null, [classField(ident("x"), lit(2)), genConstructor]))
if (getRealmConfiguration().privateFields) {
assertExpr("(class C { #x = 2; })", classExpr(ident("C"), null, [classField(ident("#x"), lit(2)), genConstructor]));
assertExpr("(class C { #x; })", classExpr(ident("C"), null, [classField(ident("#x"), null), genConstructor]))
assertExpr("(class C { #x; #y = 2; })", classExpr(ident("C"), null, [classField(ident("#x"), null), classField(ident("#y"), lit(2)), genConstructor]))
}
}
runtest(testClassFields);
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