Object* Class::set_superclass(STATE, Object* obj) { if(obj->nil_p()) { superclass(state, nil<Class>()); return cNil; } Class* sup; if((sup = try_as<Class>(obj)) == 0) { return Primitives::failure(); } if(try_as<SingletonClass>(sup)) { Exception::type_error(state, "cannot inherit from a singleton class"); } superclass(state, sup); instance_type(state, sup->instance_type()); if(sup->type_info()->type == PackedObject::type) { set_type_info(state->memory()->type_info[ObjectType]); } else { set_type_info(sup->type_info()); } SingletonClass::attach(state, this, sup->singleton_class(state)); return cNil; }
device::instance_type device::cb_set_instance(instance_type const&) { TRACE("hugh::render::vulkan::context::device::cb_set_instance"); throw std::logic_error("invalid operation " "'hugh::render::vulkan::context::device::cb_set_instance'"); return instance_type(); }
void Profile::start_receiver_instance(string id, string name, int N, string pubdata_b64, string private_key_b64) { instance_types stored_type = instance_type(id); // Return if instance is already loaded as a sender, or as a receiver if (stored_type == BROADMASK_INSTANCE_BM_BE_SENDER || stored_type == BROADMASK_INSTANCE_BM_BE) return; // decode params string public_params = base64_decode(pubdata_b64); string private_key = base64_decode(private_key_b64); // Create and store instance BM_BE *instance = new BM_BE(id, N, public_params, private_key); add_receiver_instance(instance); }
Object* Class::set_superclass(STATE, Object* obj) { if(obj->nil_p()) { superclass(state, (Class*)Qnil); return Qnil; } Class* sup; if((sup = try_as<Class>(obj)) == 0) { return Primitives::failure(); } superclass(state, sup); instance_type(state, sup->instance_type()); set_type_info(sup->type_info()); packed_ivar_info(state, sup->packed_ivar_info()); set_packed_size(sup->packed_size()); MetaClass::attach(state, this, sup->metaclass(state)); return Qnil; }
static set_return_type set( input_type container, component_input_const_type value ) { //TODO C++14 static_assert( index < length, "Index out of range." ); container = ( container & ~( this_type::mask() << ( index * width ) ) ) | ( ( instance_type(value) ) << ( index * width ) ); }
static set_return_type set( input_type container, index_input_const_type index, component_input_const_type value ) { container = ( container & ~( this_type::mask() << ( index * width ) ) ) | ( ( instance_type(value) << ( index * width ) ) ); }
void Class::set_object_type(STATE, size_t type) { instance_type(state, Fixnum::from(type)); type_info_ = state->om->type_info[type]; }
void Class::set_object_type(STATE, size_t type) { instance_type(state, Fixnum::from(type)); type_info(state->memory()->type_info[type]); }