Setting up the use of this module.

• §1. Introduction
• §2. Setting up the memory manager
• §3. The beginning
• §4. Initialising
• §5. The end

§1. Introduction.

define BUILDING_MODULE TRUE

§2. Setting up the memory manager. We need to itemise the structures we'll want to allocate:

enum inter_name_CLASS
enum inter_name_generator_CLASS
enum package_request_CLASS
enum hierarchy_location_CLASS
enum hierarchy_attachment_point_CLASS
enum module_request_CLASS
enum submodule_identity_CLASS
enum submodule_request_CLASS
enum inter_schema_CLASS
enum inter_schema_node_CLASS
enum inter_schema_token_CLASS
enum schema_parsing_error_CLASS
enum I6_annotation_CLASS
enum I6_annotation_term_CLASS

DECLARE_CLASS(hierarchy_location)
DECLARE_CLASS(hierarchy_attachment_point)
DECLARE_CLASS(package_request)
DECLARE_CLASS(module_request)
DECLARE_CLASS(submodule_identity)
DECLARE_CLASS(submodule_request)
DECLARE_CLASS(inter_schema)
DECLARE_CLASS(inter_schema_node)
DECLARE_CLASS(inter_schema_token)
DECLARE_CLASS(schema_parsing_error)

DECLARE_CLASS_ALLOCATED_IN_ARRAYS(inter_name, 1000)
DECLARE_CLASS_ALLOCATED_IN_ARRAYS(inter_name_generator, 1000)
DECLARE_CLASS_ALLOCATED_IN_ARRAYS(I6_annotation, 100)
DECLARE_CLASS_ALLOCATED_IN_ARRAYS(I6_annotation_term, 100)

#ifdef CORE_MODULE
MAKE_ANNOTATION_FUNCTIONS(explicit_iname, inter_name)
#endif

§3. The beginning.

enum SCHEMA_COMPILATION_DA
enum SCHEMA_COMPILATION_DETAILS_DA
enum PACKAGING_DA

void BuildingModule::start(void) {
    Register this module's stream writers3.1;
    Register this module's debugging log aspects3.2;
    Register this module's debugging log writers3.3;
}

§3.1. Register this module's stream writers3.1 =

    Writers::register_writer('n', &InterNames::writer);

• This code is used in §3.

§3.2. Register this module's debugging log aspects3.2 =

    Log::declare_aspect(SCHEMA_COMPILATION_DA,
        U"schema compilation", FALSE, FALSE);
    Log::declare_aspect(SCHEMA_COMPILATION_DETAILS_DA,
        U"schema compilation details", FALSE, FALSE);
    Log::declare_aspect(PACKAGING_DA,
        U"packaging", FALSE, FALSE);

• This code is used in §3.

§3.3. Register this module's debugging log writers3.3 =

    Writers::register_logger('1', InterSchemas::log);
    Writers::register_logger('X', Packaging::log);

• This code is used in §3.

§4. Initialising. The following is a component part of the inter_tree structure, and is comprised of four subcomponents of its own. That makes a lot of working data, but none of it changes the meaning of an Inter tree: it exists as workspace needed by the functions in this module for constructing trees.

typedef struct building_site {
    struct site_structure_data strdata;
    struct site_hierarchy_data shdata;
    struct site_packaging_data spdata;
    struct site_production_data sprdata;
    struct site_primitives_data spridata;
    struct site_origins_data soridata;
} building_site;

void BuildingModule::clear_data(inter_tree *I) {
    LargeScale::clear_site_data(I);
    HierarchyLocations::clear_site_data(I);
    Produce::clear_site_data(I);
    Packaging::clear_site_data(I);
    Primitives::clear_site_data(I);
    Origins::clear_site_data(I);
}

• The structure building_site is accessed in 1/ls, 1/ip, 1/org, 1/hl, 1/pck, 3/prd.

§5. The end.

void BuildingModule::end(void) {
}