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Radium Engine  1.5.29
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portfactory.cpp
1#include "Dataflow/Core/Sources/SingleDataSourceNode.hpp"
2#include <Dataflow/RaDataflow.hpp>
3#include <catch2/catch_test_macros.hpp>
4
5#include <Dataflow/Core/PortFactory.hpp>
6#include <string>
7using namespace Ra::Dataflow::Core;
8using namespace Ra::Core;
9TEST_CASE( "Dataflow/Core/PortFactory", "[unittests][Dataflow][PortFactory]" ) {
10
12 REQUIRE( PortFactory::getInstance() != nullptr );
13 auto factory = PortFactory::getInstance();
14
15 SECTION( "After init default port types are available" ) {
16 REQUIRE( factory->output_setter( std::type_index( typeid( Scalar ) ) ) );
17 REQUIRE( factory->output_setter( std::type_index( typeid( int ) ) ) );
18 REQUIRE( factory->output_setter( std::type_index( typeid( unsigned int ) ) ) );
19 REQUIRE( factory->output_setter( std::type_index( typeid( Utils::Color ) ) ) );
20 REQUIRE( factory->output_setter( std::type_index( typeid( Vector2 ) ) ) );
21 REQUIRE( factory->output_setter( std::type_index( typeid( Vector3 ) ) ) );
22 REQUIRE( factory->output_setter( std::type_index( typeid( Vector4 ) ) ) );
23 REQUIRE( factory->input_getter( std::type_index( typeid( Scalar ) ) ) );
24 REQUIRE( factory->input_getter( std::type_index( typeid( int ) ) ) );
25 REQUIRE( factory->input_getter( std::type_index( typeid( unsigned int ) ) ) );
26 REQUIRE( factory->input_getter( std::type_index( typeid( Utils::Color ) ) ) );
27 REQUIRE( factory->input_getter( std::type_index( typeid( Vector2 ) ) ) );
28 REQUIRE( factory->input_getter( std::type_index( typeid( Vector3 ) ) ) );
29 REQUIRE( factory->input_getter( std::type_index( typeid( Vector4 ) ) ) );
30 }
31
32 SECTION( "Other types aren't available" ) {
33 REQUIRE_THROWS( factory->output_setter( std::type_index( typeid( std::string ) ) ) );
34 REQUIRE_THROWS( factory->output_setter( std::type_index( typeid( std::vector<int> ) ) ) );
35 REQUIRE_THROWS( factory->input_getter( std::type_index( typeid( std::string ) ) ) );
36 REQUIRE_THROWS( factory->input_getter( std::type_index( typeid( std::vector<int> ) ) ) );
37 }
38
39 auto node = Sources::SingleDataSourceNode<int>( "node" );
40
41 SECTION( "Can add port with default types" ) {
42 REQUIRE( factory->make_input_port( &node, "port", typeid( Scalar ) ) );
43 REQUIRE( factory->make_output_port( &node, "port", typeid( Scalar ) ) );
44 }
45 SECTION( "Can't add port with other types" ) {
46 REQUIRE( !factory->make_input_port( &node, "port0", typeid( std::string ) ) );
47 REQUIRE( !factory->make_output_port( &node, "port0", typeid( std::string ) ) );
48 REQUIRE( !factory->make_output_port( &node, "port1", typeid( std::vector<int> ) ) );
49 REQUIRE( !factory->make_input_port( &node, "port1", typeid( std::vector<int> ) ) );
50 }
51 SECTION( "Add new port type and can add port with other types" ) {
52 add_port_type<std::string>();
53 add_port_type<std::vector<int>>();
54 REQUIRE( factory->make_input_port( &node, "port0", typeid( std::string ) ) );
55 REQUIRE( factory->make_output_port( &node, "port0", typeid( std::string ) ) );
56 REQUIRE( factory->make_output_port( &node, "port1", typeid( std::vector<int> ) ) );
57 REQUIRE( factory->make_input_port( &node, "port1", typeid( std::vector<int> ) ) );
58 }
59}
Ra::Dataflow::Core::Sources::SingleDataSourceNode
Base class for nodes that will give access to some input data to the graph. This class can be used to...
Definition SingleDataSourceNode.hpp:27
Ra::Core
This namespace contains everything "low level", related to data, datastuctures, and computation.
Definition Cage.cpp:5
Ra::Dataflow::Core::NodeFactoriesManager::factory
auto factory(const NodeFactorySet::key_type &name) -> NodeFactorySet::mapped_type
Gets the given factory from the manager.
Definition NodeFactory.cpp:85