{ "type='method_call',arg3='foosh'", "arg3='foosh',type='method_call'" },
{ "arg3='fool'", "arg3='fool'" },
{ "arg0namespace='fool'", "arg0namespace='fool'" },
- { "member='food'", "member='food'" }
+ { "member='food'", "member='food'" },
+ { "member=escape", "member='escape'" },
+ { "member=icecream", "member=ice'cream'" },
+ { "arg0='comma,type=comma',type=signal", "type=signal,arg0='comma,type=comma'" },
+ { "arg0=escap\\e", "arg0='escap\\e'" },
+ { "arg0=Time: 8 o\\'clock", "arg0='Time: 8 o'\\''clock'" },
};
static void
{
BusMatchRule *first;
BusMatchRule *second;
+ char *first_str, *second_str;
+ BusMatchRule *first_reparsed, *second_reparsed;
int j;
first = check_parse (TRUE, equality_tests[i].first);
exit (1);
}
+ /* Check match_rule_to_string */
+ first_str = match_rule_to_string (first);
+ _dbus_assert (first_str != NULL);
+ second_str = match_rule_to_string (second);
+ _dbus_assert (second_str != NULL);
+ _dbus_assert (strcmp (first_str, second_str) == 0);
+ first_reparsed = check_parse (TRUE, first_str);
+ second_reparsed = check_parse (TRUE, second_str);
+ _dbus_assert (match_rule_equal (first, first_reparsed));
+ _dbus_assert (match_rule_equal (second, second_reparsed));
+ bus_match_rule_unref (first_reparsed);
+ bus_match_rule_unref (second_reparsed);
+ dbus_free (first_str);
+ dbus_free (second_str);
+
bus_match_rule_unref (second);
/* Check that the rule is not equal to any of the