TestCollectionFixture::TestCollectionFixture() :
intVectorProperty_("int vector", &TestCollectionObject::int_vector_, TypeId::getType< IntVector >() ),
floatVectorProperty_("float vector", &TestCollectionObject::float_vector_, TypeId::getType< FloatVector >()),
stringVectorProperty_("string vector", &TestCollectionObject::string_vector_, TypeId::getType< StringVector >()),
rawStringVectorProperty_("raw string vector", &TestCollectionObject::raw_string_vector_, TypeId::getType< RawStringVector >()),
intMapProperty_("int map", &TestCollectionObject::int_map_, TypeId::getType< IntMap >()),
floatMapProperty_("float map", &TestCollectionObject::float_map_, TypeId::getType< FloatMap >()),
definitionManager_( objectManager_ )
{
objectManager_.init( &definitionManager_ );
IDefinitionManager & definitionManager = definitionManager_;
Reflection::initReflectedTypes( definitionManager );
REGISTER_DEFINITION( TestCollectionObject );
}
saveProject_ = nullptr;
closeProject_ = nullptr;
return true;
}
//==========================================================================
void Unload(IComponentContext& contextManager) override
{
for (auto type : types_)
{
contextManager.deregisterInterface(type);
}
}
void initReflectedTypes(IDefinitionManager& definitionManager)
{
REGISTER_DEFINITION(ProjectManager)
REGISTER_DEFINITION(ProjectData)
}
void newProject()
{
connections_.clear();
if (newProjectDialog_ != nullptr)
{
connections_ +=
newProjectDialog_->signalClose.connect(std::bind(&EnvrionmentTestPlugin::onNewDlgClose, this));
newProjectDialog_->showModal();
}
}
void onNewDlgClose()
