while (inner_expr is CastExpression) {
inner_expr = ((CastExpression) inner_expr).inner;
}
- if (!(inner_expr.symbol_reference is Variable || inner_expr is ElementAccess)) {
+ if (inner_expr.value_type.value_owned
+ && !(inner_expr.symbol_reference is Variable || inner_expr is ElementAccess)) {
// heap allocated struct leaked, destroy it
var value = new GLibValue (new PointerType (new VoidType ()), innercexpr);
temp_ref_values.insert (0, value);
return foo;
}
+unowned Foo? foo_heap_unowned () {
+ foo = { 42 };
+ return foo;
+}
+
void test_without_destroy () {
{
Foo f = foo_heap_owned ();
Foo f = (!) foo_heap_owned ();
assert (f.i == 23);
}
+ {
+ Foo f = foo_heap_unowned ();
+ assert (f.i == 42);
+ }
+ {
+ Foo f = (Foo) foo_heap_unowned ();
+ assert (f.i == 42);
+ }
+ {
+ Foo f = (!) foo_heap_unowned ();
+ assert (f.i == 42);
+ }
}
struct Bar {
return bar;
}
+unowned Bar? bar_heap_unowned () {
+ bar = { "manam" };
+ return bar;
+}
+
void test_with_destroy () {
{
Bar b = bar_heap_owned ();
Bar b = (!) bar_heap_owned ();
assert (b.s == "bar");
}
+ {
+ Bar b = bar_heap_unowned ();
+ assert (b.s == "manam");
+ }
+ {
+ Bar b = (Bar) bar_heap_unowned ();
+ assert (b.s == "manam");
+ }
+ {
+ Bar b = (!) bar_heap_unowned ();
+ assert (b.s == "manam");
+ }
+ {
+ unowned Bar b = bar_heap_unowned ();
+ assert (b.s == "manam");
+ }
+ {
+ unowned Bar b = (Bar) bar_heap_unowned ();
+ assert (b.s == "manam");
+ }
+ {
+ unowned Bar b = (!) bar_heap_unowned ();
+ assert (b.s == "manam");
+ }
}
void main () {