TEST(AbilitySpawn, LoadAndAttatch)
{
ECS::World* world = CreateWorld();
g_world = world;
g_networkEntityMap.clear();
ECS::Entity* testity = world->GetEntityManager()->CreateEntity();
world->GetGroupManager()->RegisterEntity("AbilitySpawnPoint", testity);
RootForce::AbilitySpawnSystem* system = new RootForce::AbilitySpawnSystem(world, &g_engineContext, g_engineContext.m_resourceManager->GetWorkingDirectory());
world->GetSystemManager()->AddSystem<RootForce::AbilitySpawnSystem>(system);
g_engineContext.m_resourceManager->LoadScript("AbilityBall");
g_engineContext.m_resourceManager->LoadScript("AbilitySpawnPoint");
//Test so that loading an ability pack works
{
system->LoadAbilities("Fake"); //Load a fake pack, should give a logg message but no crash
system->LoadAbilities("Standard"); //Load existing pack
}
{
system->AttachComponentToPoints();
RootForce::AbilitySpawnComponent* component = world->GetEntityManager()->GetComponent<RootForce::AbilitySpawnComponent>(testity);
EXPECT_NE(component, nullptr); //Make sure that the component was attached correctly by checking so that it is not null
}
world->GetEntityManager()->RemoveAllEntitiesAndComponents();
world->GetTagManager()->UnregisterAll();
world->GetGroupManager()->UnregisterAll();
g_engineContext.m_physics->RemoveAll();
delete world;
}
TEST(ECS, NullComponent)
{
// Initialize a world and some components
ECS::World* world = CreateWorld();
// Create an entity
ECS::Entity* e = world->GetEntityManager()->CreateEntity();
// Assert that trying to get a component returns null
ASSERT_EQ(world->GetEntityManager()->GetComponent<RootForce::Transform>(e), nullptr);
// Add component and test again
world->GetEntityManager()->CreateComponent<RootForce::Transform>(e);
ASSERT_NE(world->GetEntityManager()->GetComponent<RootForce::Transform>(e), nullptr);
}
TEST(AbilitySpawn, ProcessEmptyEntity)
{
ECS::World* world = CreateWorld();
g_world = world;
g_networkEntityMap.clear();
ECS::Entity* testity = world->GetEntityManager()->CreateEntity();
RootForce::AbilitySpawnSystem* system = new RootForce::AbilitySpawnSystem(world, &g_engineContext, g_engineContext.m_resourceManager->GetWorkingDirectory());
world->GetSystemManager()->AddSystem<RootForce::AbilitySpawnSystem>(system);
// Will test that an empty entity (an entity missing the necessary components does not crash the system
system->Process();
world->GetEntityManager()->RemoveAllEntitiesAndComponents();
world->GetTagManager()->UnregisterAll();
world->GetGroupManager()->UnregisterAll();
g_engineContext.m_physics->RemoveAll();
delete world;
}
TEST(AbilitySpawn, ProcessEntity)
{
ECS::World* world = CreateWorld();
g_world = world;
g_networkEntityMap.clear();
ECS::Entity* testity = world->GetEntityManager()->CreateEntity();
world->GetGroupManager()->RegisterEntity("AbilitySpawnPoint", testity);
RootForce::AbilitySpawnSystem* system = new RootForce::AbilitySpawnSystem(world, &g_engineContext, g_engineContext.m_resourceManager->GetWorkingDirectory());
world->GetSystemManager()->AddSystem<RootForce::AbilitySpawnSystem>(system);
g_engineContext.m_resourceManager->LoadScript("AbilityBall");
g_engineContext.m_resourceManager->LoadScript("AbilitySpawnPoint");
system->LoadAbilities("Standard"); //Load existing pack
system->AttachComponentToPoints();
RootForce::Renderable* rendcomp;
RootForce::AbilitySpawnComponent* spawncomp;
{
system->Process();
rendcomp = world->GetEntityManager()->GetComponent<RootForce::Renderable>(testity);
spawncomp = world->GetEntityManager()->GetComponent<RootForce::AbilitySpawnComponent>(testity);
EXPECT_NE(rendcomp, nullptr); //Make sure that a new render component was created in the process since the point had no active ability
EXPECT_NE(spawncomp->CurrentAbility.Name, ""); //Check that we got an ability to spawn, if the name is empty there is no ability
}
{
spawncomp->Claimed = true;
system->Process();
rendcomp = world->GetEntityManager()->GetComponent<RootForce::Renderable>(testity);
EXPECT_EQ(spawncomp->Timer, 30.0f); //Check that the timer has been set after the ability was claimed
EXPECT_EQ(spawncomp->CurrentAbility.Name, ""); //Check that there is no ability present at the point
EXPECT_EQ(rendcomp, nullptr); //Check that the render component has been removed correctly
}
world->GetEntityManager()->RemoveAllEntitiesAndComponents();
world->GetTagManager()->UnregisterAll();
world->GetGroupManager()->UnregisterAll();
g_engineContext.m_physics->RemoveAll();
delete world;
}
TEST(ECS, GettingAllComponents)
{
// Initialize a world and some components
ECS::World* world = CreateWorld();
g_world = world;
// Create entities with different permutations of components
ECS::Entity* e12 = world->GetEntityManager()->CreateEntity();
ECS::Entity* e1 = world->GetEntityManager()->CreateEntity();
ECS::Entity* e2 = world->GetEntityManager()->CreateEntity();
world->GetEntityManager()->CreateComponent<RootForce::Transform>(e12);
world->GetEntityManager()->CreateComponent<RootForce::HealthComponent>(e12);
world->GetEntityManager()->CreateComponent<RootForce::Transform>(e1);
world->GetEntityManager()->CreateComponent<RootForce::HealthComponent>(e2);
// Retrieve all components
auto r12 = world->GetEntityManager()->GetAllComponents(e12);
auto r1 = world->GetEntityManager()->GetAllComponents(e1);
auto r2 = world->GetEntityManager()->GetAllComponents(e2);
// Make sure we get the correct number of components
ASSERT_EQ(r12.size(), 2);
ASSERT_EQ(r1.size(), 1);
ASSERT_EQ(r2.size(), 1);
// Make sure the components are of the proper type
ASSERT_EQ(r12[0].first, RootForce::Transform::GetTypeId());
ASSERT_EQ(r12[1].first, RootForce::HealthComponent::GetTypeId());
ASSERT_EQ(r1[0].first, RootForce::Transform::GetTypeId());
ASSERT_EQ(r2[0].first, RootForce::HealthComponent::GetTypeId());
}
TEST(ECS, GetAllEntities)
{
// Initialize a world and some entities
ECS::World* world = CreateWorld();
// Create a few entities
const int NUM_ENTITIES = 5;
ECS::Entity* e[NUM_ENTITIES];
for (int i = 0; i < NUM_ENTITIES; ++i)
{
e[i] = world->GetEntityManager()->CreateEntity();
}
// Assert that we get the right entities
std::vector<ECS::Entity*> entities = world->GetEntityManager()->GetAllEntities();
ASSERT_EQ(entities.size(), NUM_ENTITIES);
for (int i = 0; i < NUM_ENTITIES; ++i)
{
ASSERT_EQ(entities[i], e[i]);
}
}
TEST(PlayerControlSystem, Process)
{
ECS::World* world = CreateWorld();
world->SetDelta(1.0f);
g_world = world;
g_networkEntityMap.clear();
// Initialize the keybindings we need for the test(not the complete list that is normally used)
std::vector<RootForce::Keybinding> keybindings(6);
keybindings[0].Bindings.push_back(SDL_SCANCODE_UP);
keybindings[0].Bindings.push_back(SDL_SCANCODE_W);
keybindings[0].Action = RootForce::PlayerAction::MOVE_FORWARDS;
keybindings[0].Edge = true;
keybindings[1].Bindings.push_back(SDL_SCANCODE_DOWN);
keybindings[1].Bindings.push_back(SDL_SCANCODE_S);
keybindings[1].Action = RootForce::PlayerAction::MOVE_BACKWARDS;
keybindings[1].Edge = true;
keybindings[4].Bindings.push_back(SDL_SCANCODE_SPACE);
keybindings[4].Action = RootForce::PlayerAction::JUMP_PRESSED;
keybindings[4].ActionUp = RootForce::PlayerAction::JUMP_RELEASED;
keybindings[4].Edge = true;
keybindings[5].Bindings.push_back((SDL_Scancode)RootEngine::InputManager::MouseButton::LEFT);
keybindings[5].Action = RootForce::PlayerAction::ACTIVATE_ABILITY_PRESSED;
keybindings[5].ActionUp = RootForce::PlayerAction::ACTIVATE_ABILITY_RELEASED;
keybindings[5].Edge = true;
keybindings.push_back(RootForce::Keybinding());
keybindings[keybindings.size()-1].Bindings.push_back(SDL_SCANCODE_1);
keybindings[keybindings.size()-1].Action = RootForce::PlayerAction::SELECT_ABILITY1;
keybindings[keybindings.size()-1].Edge = true;
keybindings.push_back(RootForce::Keybinding());
keybindings[keybindings.size()-1].Bindings.push_back(SDL_SCANCODE_2);
keybindings[keybindings.size()-1].Action = RootForce::PlayerAction::SELECT_ABILITY2;
keybindings[keybindings.size()-1].Edge = true;
keybindings.push_back(RootForce::Keybinding());
keybindings[keybindings.size()-1].Bindings.push_back(SDL_SCANCODE_3);
keybindings[keybindings.size()-1].Action = RootForce::PlayerAction::SELECT_ABILITY3;
keybindings[keybindings.size()-1].Edge = true;
RootForce::PlayerControlSystem* system = new RootForce::PlayerControlSystem(world);
system->SetInputInterface(g_engineContext.m_inputSys);
system->SetLoggingInterface(g_engineContext.m_logger);
system->SetPhysicsInterface(g_engineContext.m_physics);
system->SetKeybindings(keybindings);
// Call the OnCreate script
g_engineContext.m_script->SetGlobalNumber("UserID", 0);
g_engineContext.m_script->SetGlobalNumber("IsClient", true);
g_engineContext.m_script->SetFunction(g_engineContext.m_resourceManager->LoadScript("Player"), "OnCreate");
//g_engineContext.m_script->AddParameterUserData(testity, sizeof(ECS::Entity*), "Entity");
g_engineContext.m_script->AddParameterNumber(0);
g_engineContext.m_script->AddParameterNumber(RootForce::Network::ReservedActionID::CONNECT);
g_engineContext.m_script->ExecuteScript();
ECS::Entity* testity = world->GetTagManager()->GetEntityByTag("Player");
RootEngine::InputManager::InputInterface* ii = g_engineContext.m_inputSys;
RootForce::PlayerActionComponent* action = world->GetEntityManager()->GetComponent<RootForce::PlayerActionComponent>(testity);
//Fake event to test different keys
SDL_Event falseevent;
falseevent.type = SDL_KEYDOWN;
falseevent.key.repeat = false;
//Movement test
{
falseevent.key.keysym.scancode = SDL_SCANCODE_UP;
ii->HandleInput(falseevent);
system->Process();
//Pushing just forward should set movepower to 1
EXPECT_EQ(action->MovePower, 1);
falseevent.key.keysym.scancode = SDL_SCANCODE_DOWN;
ii->HandleInput(falseevent);
falseevent.key.keysym.scancode = SDL_SCANCODE_UP;
ii->HandleInput(falseevent);
system->Process();
//Pushing back and forth at the same time should cancel each other out
EXPECT_EQ(action->MovePower, 0);
falseevent.key.keysym.scancode = SDL_SCANCODE_DOWN;
ii->HandleInput(falseevent);
system->Process();
//We have now released the up key and should be moving backwards
EXPECT_EQ(action->MovePower, -1);
}
//Jump test
{
falseevent.key.keysym.scancode = SDL_SCANCODE_SPACE;
falseevent.type = SDL_KEYDOWN;
ii->HandleInput(falseevent);
system->Process();
EXPECT_GT(action->JumpTime, 0);
}
//Orientation test
{
SDL_Event falseMouseEvent;
falseMouseEvent.type = SDL_MOUSEMOTION;
falseMouseEvent.motion.x = 5;
falseMouseEvent.motion.y = 140;
falseMouseEvent.motion.xrel = 5;
falseMouseEvent.motion.yrel = 140;
ii->HandleInput(falseMouseEvent);
system->Process();
EXPECT_LT(action->Angle.y, 0);
EXPECT_GT(action->Angle.x, 0);
}
world->GetEntityManager()->RemoveAllEntitiesAndComponents();
world->GetTagManager()->UnregisterAll();
world->GetGroupManager()->UnregisterAll();
g_engineContext.m_physics->RemoveAll();
delete world;
}