int main( int , char ** )
{
dash::NodePtr root = createSampleNode();
dash::NodePtr outRoot = new dash::Node;
textSerialize( *root, *outRoot );
TEST( areEqual( root, outRoot ));
binarySerialize( *root, *outRoot );
TEST( areEqual( root, outRoot ));
return EXIT_SUCCESS;
}
int dash::test::main( int argc, char **argv )
{
dash::AttributePtr outAttribute = new dash::Attribute;
dash::AttributePtr intAttribute = new dash::Attribute( 42 );
textSerialize( *intAttribute, *outAttribute );
TEST( intAttribute->get<int>() == outAttribute->get<int>( ))
binarySerialize( *intAttribute, *outAttribute );
TEST( intAttribute->get<int>() == outAttribute->get<int>( ))
dash::AttributePtr floatAttribute = new dash::Attribute( 42.f );
textSerialize( *floatAttribute, *outAttribute );
TEST( floatAttribute->get<float>() == outAttribute->get<float>( ))
dash::AttributePtr stringAttribute =
new dash::Attribute( std::string( "bla" ));
textSerialize( *stringAttribute, *outAttribute );
TEST( stringAttribute->get<std::string>() ==
outAttribute->get<std::string>( ))
dash::AttributePtr uint128Attribute =
new dash::Attribute( lunchbox::uint128_t( 12345, 54321 ));
textSerialize( *uint128Attribute, *outAttribute );
TEST( uint128Attribute->get<lunchbox::uint128_t>() ==
outAttribute->get<lunchbox::uint128_t>( ))
Foo foo = {42, 1.5f, false, "blablub"};
dash::AttributePtr fooAttribute = new dash::Attribute( foo );
textSerialize( *fooAttribute, *outAttribute );
const Foo& outFoo = outAttribute->get<Foo>();
TEST( foo.i == outFoo.i );
TEST( foo.f == outFoo.f );
TEST( foo.b == outFoo.b );
TEST( foo.s == outFoo.s );
return EXIT_SUCCESS;
}
