void
PrivateValue::reset ()
{
switch (type) {
case CompOption::TypeString:
string = "";
break;
case CompOption::TypeMatch:
match = CompMatch ();
break;
case CompOption::TypeAction:
action = CompAction ();
break;
case CompOption::TypeList:
list.clear ();
listType = CompOption::TypeBool;
break;
default:
break;
}
type = CompOption::TypeBool;
}
TEST(CompOption,Value)
{
check_type_value<bool> (CompOption::TypeBool, true);
check_type_value<bool> (CompOption::TypeBool, false);
check_type_value<int> (CompOption::TypeInt, 1);
check_type_value<float> (CompOption::TypeFloat, 1.f);
check_type_value<CompString> (CompOption::TypeString, CompString ("Check"));
check_type_value<CompString> (CompOption::TypeString, "core");
check_type_value<CompAction> (CompOption::TypeAction, CompAction());
check_type_value<CompMatch> (CompOption::TypeMatch, CompMatch());
check_type_value<unsigned short[4]> (CompOption::TypeColor, testColor);
check_type_value<CompOption::Value::Vector> (CompOption::TypeList, CompOption::Value::Vector(5));
CompOption::Value v1, v2;
ASSERT_EQ (v1,v2);
v1.set (CompString("SomeString"));
ASSERT_TRUE(v1 != v2);
CompOption::Value::Vector vec;
CompOption::Value v;
v.set (true);
vec.push_back (v);
vec.push_back (v);
check_list_type<bool> (CompOption::TypeBool, vec);
vec.clear ();
v.set (CompString ("foo"));
vec.push_back (v);
vec.push_back (v);
check_list_type<CompString> (CompOption::TypeString, vec);
}
