void shade::Component::compile(Formatter& fmt, const FileAccumulator& acc, ShaderEnvironment env, formatter::Constants::Primitive primitive_type)
{
// Setup shader environment
fmt.setup(m_objects.get_next_index(), primitive_type);
fmt.insert_sources(m_sources);
// Output class methods and properties
IterateAttributes instance_var_output(bind(&Component::output_attribute, boost::cref(*this), boost::ref(fmt), _1),
bind(&Component::get_type_state, boost::ref(*this), _1)
);
instance_var_output(get_pointer(m_shader));
std::for_each(m_classbins.begin(), m_classbins.end(), SelfArgumentOutput(fmt, env, m_objects));
std::for_each(m_classbins.begin(), m_classbins.end(), MethodOutput(fmt, env, m_objects));
std::for_each(m_classbins.begin(), m_classbins.end(),
PropertyOutput(bind(&Component::output_property_dispatcher, boost::cref(*this), boost::ref(fmt), _1),
fmt, m_objects));
// Write initializer in (if possible) correct order
fmt.begin_initialize("shade_initialize");
InitializerOutput initializer_output(fmt, env, m_objects, bind(&Component::get_type_state, this, _1));
initializer_output(&*m_shader);
fmt.end_initialize();
if (env == geometry_shader)
{
fmt.begin_initialize("shade_initialize_post", false);
InitializerOutput initializer_output(fmt, post_geometry_shader, m_objects, bind(&Component::get_type_state, this, _1));
initializer_output(&*m_shader);
fmt.end_initialize();
}
// Finally write main entry function
shade::shaders::Enterable* entry = dynamic_cast<shade::shaders::Enterable*>(get_pointer(m_shader));
if (entry)
{
std::string class_name(entry->shade::shaders::Enterable::get_class_name());
std::string method_name(entry->get_entry_name(env));
fmt.invoke(class_name, method_name);
}
m_requires_compilation = false;
}
