libikarus/src/objects/blueprint.cpp

#include <iterator>

#include <cppbase/logger.hpp>
#include <cppbase/result.hpp>
#include <cppbase/strings.hpp>

#include <ikarus/objects/blueprint.h>

#include <objects/blueprint.hpp>
#include <objects/entity.hpp>
#include <persistence/function_context.hpp>
#include <persistence/project.hpp>

IkarusBlueprint::IkarusBlueprint(IkarusProject * project, IkarusId id):
    IkarusObject{project, id} {}

IkarusBlueprint * ikarus_blueprint_create(struct IkarusProject * project, char const * name) {
    LOG_INFO("creating new blueprint");

    LOG_DEBUG("project={}; name={}", project->get_path().c_str(), name);

    auto * ctx = project->get_function_context();

    if (cppbase::is_empty_or_blank(name)) {
        ctx->set_error("name is empty or blank", true, IkarusErrorInfo_Source_Client, IkarusErrorInfo_Type_Client_Input);
        return nullptr;
    }

    VTRYRV(
        auto const id,
        nullptr,
        project->get_db()
            ->transact([name](auto * db) -> cppbase::Result<IkarusId, sqlitecpp::TransactionError> {
                LOG_VERBOSE("creating blueprint in objects table");

                TRY(db->execute(
                    "INSERT INTO `objects` (`object_type`, `name`) VALUES(?, ?);",
                    static_cast<int>(IkarusObjectType_Blueprint),
                    name
                ));

                auto id = ikarus_id_from_data_and_type(db->last_insert_rowid(), IkarusObjectType_Blueprint);

                LOG_DEBUG("blueprint is {}", id);

                LOG_VERBOSE("inserting blueprint into blueprints table");

                TRY(db->execute("INSERT INTO `blueprints`(`id`) VALUES(?);", id));

                return cppbase::ok(id);
            })
            .on_error([ctx](auto const& err) {
                ctx->set_error(
                    fmt::format("unable to insert blueprint into database: {}", err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
    );

    LOG_VERBOSE("successfully created blueprint");

    return project->get_blueprint(id);
}

void ikarus_blueprint_delete(IkarusBlueprint * blueprint) {
    LOG_INFO("deleting blueprint");

    LOG_DEBUG("project={};blueprint={}", blueprint->get_project()->get_path().c_str(), blueprint->get_id());

    auto * ctx = blueprint->get_project()->get_function_context();

    TRYRV(
        ,
        blueprint->get_project()
            ->get_db()
            ->execute("DELETE FROM `objects` WHERE `id` = ?", blueprint->get_id())
            .on_error([ctx](auto const& err) {
                ctx->set_error(
                    fmt::format("failed to delete blueprint from objects table: {}", err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
    );

    LOG_VERBOSE("blueprint was successfully deleted from database, freeing");

    blueprint->get_project()->uncache_blueprint(blueprint);

    LOG_VERBOSE("successfully deleted blueprint");
}

size_t ikarus_blueprint_get_property_count(IkarusBlueprint const * blueprint) {
    LOG_VERBOSE("fetching blueprint property count");

    auto * ctx = blueprint->get_project()->get_function_context();

    LOG_DEBUG("blueprint={}", blueprint->get_id());

    VTRYRV(
        auto count,
        0,
        blueprint->get_project()
            ->get_db()
            ->query_one<int>("SELECT COUNT(*) FROM `blueprint_properties` WHERE `blueprint` = ?;", blueprint->get_id())
            .on_error([ctx](auto const& err) {
                ctx->set_error(
                    fmt::format("failed to fetch blueprint property count: {}", err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
    );

    LOG_DEBUG("blueprint property count: {}", count);

    LOG_VERBOSE("successfully fetched blueprint property count");

    return static_cast<size_t>(count);
}

void ikarus_blueprint_get_properties(
    IkarusBlueprint const * blueprint, struct IkarusProperty ** properties_out, size_t properties_out_size
) {
    LOG_VERBOSE("fetching blueprint properties");

    LOG_DEBUG(
        "project={};blueprint={};properties_out_size={}",
        blueprint->get_project()->get_path().c_str(),
        blueprint->get_id(),
        properties_out_size
    );

    auto * ctx = blueprint->get_project()->get_function_context();

    IkarusId ids[properties_out_size];

    TRYRV(
        ,
        blueprint->get_project()
            ->get_db()
            ->query_many_buffered<IkarusId>(
                "SELECT `id` FROM `properties` WHERE `source` = ?",
                static_cast<IkarusId *>(ids),
                properties_out_size,
                blueprint->get_id()
            )
            .on_error([ctx](auto const& err) {
                ctx->set_error(
                    fmt::format("failed to fetch blueprint property ids: {}", err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
    );

    LOG_DEBUG("blueprint properties: [{}]", fmt::join(ids, ids + properties_out_size, ", "));

    for (size_t i = 0; i < properties_out_size; ++i) {
        auto const id = ids[i];

        VTRYRV(
            auto const type,
            ,
            IkarusProperty::get_property_type(blueprint->get_project(), id).on_error([ctx, id](auto const& err) {
                ctx->set_error(
                    fmt::format("failed to fetch property {}'s type: {}", id, err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
        );

        /// NOLINTNEXTLINE(cppcoreguidelines-pro-bounds-pointer-arithmetic)
        properties_out[i] = blueprint->get_project()->get_property(id, type);
    }

    LOG_VERBOSE("successfully fetched blueprint properties");
}

size_t ikarus_blueprint_get_linked_entity_count(IkarusBlueprint const * blueprint) {
    LOG_VERBOSE("fetching blueprint linked entity count");

    LOG_DEBUG("project={};blueprint={}", blueprint->get_project()->get_path().c_str(), blueprint->get_id());

    auto * ctx = blueprint->get_project()->get_function_context();

    VTRYRV(
        auto count,
        0,
        blueprint->get_project()
            ->get_db()
            ->query_one<int>("SELECT COUNT(*) FROM `entity_blueprint_links` WHERE `blueprint` = ?;", blueprint->get_id())
            .on_error([ctx](auto const& err) {
                ctx->set_error(
                    fmt::format("failed to fetch blueprint linked entity count: {}", err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
    );

    LOG_DEBUG("blueprint linked entity count: {}", count);

    LOG_VERBOSE("successfully fetched blueprint linked entity count: {}", count);

    return static_cast<size_t>(count);
}

void ikarus_blueprint_get_linked_entities(
    IkarusBlueprint const * blueprint, struct IkarusEntity ** entities_out, size_t entities_out_size
) {
    LOG_VERBOSE("fetching blueprint linked entities");

    LOG_DEBUG(
        "project={};blueprint={};entities_out_size={}",
        blueprint->get_project()->get_path().c_str(),
        blueprint->get_id(),
        entities_out_size
    );

    auto * ctx = blueprint->get_project()->get_function_context();

    IkarusId ids[entities_out_size];

    TRYRV(
        ,
        blueprint->get_project()
            ->get_db()
            ->query_many_buffered<IkarusId>(
                "SELECT `entity` FROM `entity_blueprint_links` WHERE `blueprint` = ?",
                static_cast<IkarusId *>(ids),
                entities_out_size,
                blueprint->get_id()
            )
            .on_error([ctx](auto const& err) {
                ctx->set_error(
                    fmt::format("failed to fetch blueprint linked entity ids: {}", err),
                    true,
                    IkarusErrorInfo_Source_SubSystem,
                    IkarusErrorInfo_Type_SubSystem_Database
                );
            })
    );

    LOG_DEBUG("blueprint linked entities: [{}]", fmt::join(ids, ids + entities_out_size, ", "));

    for (size_t i = 0; i < entities_out_size; ++i) {
        /// NOLINTNEXTLINE(cppcoreguidelines-pro-bounds-pointer-arithmetic)
        entities_out[i] = blueprint->get_project()->get_entity(ids[i]);
    }

    LOG_VERBOSE("successfully fetched blueprint linked entities");
}

IkarusObject * ikarus_blueprint_to_object(IkarusBlueprint * blueprint) {
    return static_cast<IkarusObject *>(blueprint);
}

IkarusObject const * ikarus_blueprint_to_object_const(IkarusBlueprint const * blueprint) {
    return static_cast<IkarusObject const *>(blueprint);
}