void TestBinaryStream::TestArray()
{
Registry R;
R.AddClass<Array>("Array");
R.AddClass<int>("int");
Pointer<Array> A = R.New<Array>();
A->Append(R.New(0));
A->Append(R.New(1));
A->Append(R.New(2));
A->Append(R.New(3));
BinaryStream S;
S.SetRegistry(&R);
S << A;
Object Q;
S >> Q;
KAI_TEST_FALSE(S.CanRead(1));
KAI_TEST_EQUIV(Q.GetTypeNumber(), Type::Traits<Array>::Number);
const Array &B = ConstDeref<Array>(Q);
KAI_TEST_EQUIV(B.Size(), 4);
KAI_TEST_EQUIV(ConstDeref<int>(B.At(0)), 0);
KAI_TEST_EQUIV(ConstDeref<int>(B.At(1)), 1);
KAI_TEST_EQUIV(ConstDeref<int>(B.At(2)), 2);
KAI_TEST_EQUIV(ConstDeref<int>(B.At(3)), 3);
}
void TestBinaryStream::TestList()
{
Registry R;
List::Register(R);
R.AddClass<void>("void");
R.AddClass<int>("int");
R.AddClass<String>("String");
Pointer<List> list = R.New<List>();
list->Append(R.New(123));
list->Append(R.New(456));
list->Append(R.New("Hello"));
BinaryStream stream(R);
stream << list;
Object result;
stream >> result;
KAI_TRACE_1(list);
KAI_TRACE_1(stream);
KAI_TRACE_1(result);
KAI_TEST_TRUE(result.Exists());
KAI_TEST_TRUE(result.IsType<List>());
KAI_TEST_EQUIV(ConstDeref<List>(result).Size(), 3);
KAI_TEST_EQUIV(result, list);
Pointer<List> result_list = result;
KAI_TEST_EQUIV(ConstDeref<String>(result_list->Back()), "Hello");
result_list->PopBack();
KAI_TEST_EQUIV(ConstDeref<int>(result_list->Back()), 456);
result_list->PopBack();
KAI_TEST_EQUIV(ConstDeref<int>(result_list->Back()), 123);
result_list->PopBack();
KAI_TEST_EQUIV(ConstDeref<List>(result_list).Size(), 0);
}
void TestBinaryStream::TestObject()
{
Registry R;
R.AddClass<int>("int");
BinaryStream S;
S.SetRegistry(&R);
Pointer<int> N = R.New(42);
S << N;
Object Q;
S >> Q;
KAI_TEST_FALSE(S.CanRead(1));
KAI_TEST_EQUIV(Q.GetTypeNumber(), Type::Traits<int>::Number);
KAI_TEST_EQUIV(ConstDeref<int>(Q), 42);
S.Clear();
KAI_TEST_TRUE(S.Empty());
N.Set("child0", R.New(123));
S << N;
Object M;
S >> M;
KAI_TEST_FALSE(S.CanRead(1));
KAI_TEST_EQUIV(ConstDeref<int>(M), 42);
KAI_TEST_TRUE(M.Has("child0"));
KAI_TEST_EQUIV(ConstDeref<int>(M.Get("child0")), 123);
}
TEST_F(TestProperties, TestBuilder)
{
Registry R;
R.AddClass<int>();
R.AddClass<Vector>();
ClassBuilder<PropTest>(R)
.Methods
.Properties
("num", &PropTest::num)
("p_num", &PropTest::p_num)
("object", &PropTest::object)
;
Pointer<PropTest> prop_test = R.New<PropTest>();
ASSERT_TRUE(prop_test);
ClassBase const *klass = prop_test.GetClass();
ASSERT_TRUE(klass->HasProperty("num"));
ASSERT_TRUE(klass->HasProperty("p_num"));
ASSERT_TRUE(prop_test.Has("num"));
ASSERT_FALSE(prop_test.Has("p_num"));
Pointer<int> N1 = R.New(123);
Pointer<int> N2 = R.New(456);
Pointer<int> N3 = R.New(789);
ASSERT_FALSE(N1.HasParent());
prop_test->p_num = N1;
ASSERT_TRUE(N1.HasParent());
ASSERT_TRUE(N1.GetParentHandle() == prop_test.GetHandle());
prop_test.Set("num", N2);
ASSERT_TRUE(prop_test->num == *N2);
ASSERT_FALSE(N2.HasParent());
prop_test.SetValue("num", 666);
ASSERT_TRUE(prop_test->num == 666);
ASSERT_FALSE(N2.HasParent());
ASSERT_TRUE(N1.HasParent());
ASSERT_FALSE(N3.HasParent());
prop_test.Set("p_num", N3);
ASSERT_FALSE(N1.HasParent());
ASSERT_TRUE(N3.HasParent());
ASSERT_TRUE(N3.GetParentHandle() == prop_test.GetHandle());
prop_test.SetValue("p_num", 42);
EXPECT_EQ(*N3, 42);
prop_test.SetValue("num", 13);
EXPECT_EQ(prop_test->num, 13);
}