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using GLib;
public class Sample : Object {
private string automatic { get; set; }
private string _name;
[Notify]
public string name {
get { return _name; }
set { _name = value; }
}
private string _read_only;
public string read_only {
get { return _read_only; }
}
public Sample(construct string! name) {
}
construct {
_automatic = "InitialAutomatic";
_read_only = "InitialReadOnly";
}
public void run() {
notify += (s, p) => {
stdout.printf("property `%s' has changed!\n",
p.name);
};
automatic = "TheNewAutomatic";
name = "TheNewName";
// The following statement would be rejected
// read_only = "TheNewReadOnly";
stdout.printf("automatic: %s\n", automatic);
stdout.printf("name: %s\n", name);
stdout.printf("read_only: %s\n", read_only);
stdout.printf("automatic: %s\n", automatic);
}
static int main (string[] args) {
var test = new Sample("InitialName");
test.run();
Maman.Bar.run ();
return 0;
}
}
class Maman.Foo : Object {
private int _public_base_property = 2;
public int public_base_property {
get {
return _public_base_property;
}
set {
_public_base_property = value;
}
}
}
class Maman.Bar : Foo {
public int public_property { get; set; default = 3; }
void do_action () {
stdout.printf (" %d %d", public_base_property, public_property);
public_base_property = 4;
public_property = 5;
stdout.printf (" %d %d", public_base_property, public_property);
}
public static void run () {
stdout.printf ("Property Test: 1");
var bar = new Bar ();
bar.do_action ();
stdout.printf (" 6\n");
}
}
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