Create your database using the new optimized structure. Below is a simplified snippet of the modern schema used by top automotive portals:
CREATE TABLE `tecdoc_vehicles` ( `id` INT PRIMARY KEY, `car_name` VARCHAR(255), `manufacturer_id` INT, `construction_year` INT, INDEX `idx_manufacturer_year` (`manufacturer_id`, `construction_year`) ) ENGINE=InnoDB;CREATE TABLE
tecdoc_articles(generic_article_idBIGINT PRIMARY KEY,article_nrVARCHAR(60),brand_idINT,dataJSON, -- New: Store dynamic specs (E.g., "Length": "150mm", "Weight": "2kg") INDEXidx_article_nr(article_nr) ) ENGINE=InnoDB; tecdoc mysql new
-- New: Linking table using modern foreign key constraints CREATE TABLECreate your database using the new optimized structuretecdoc_link_articles_vehicles(vehicle_idINT,generic_article_idBIGINT,linking_target_typeTINYINT, PRIMARY KEY (vehicle_id,generic_article_id), FOREIGN KEY (vehicle_id) REFERENCEStecdoc_vehicles(id) ON DELETE CASCADE ) ENGINE=InnoDB;
The new approach leverages MySQL’s new HeatWave (for Oracle Cloud) or InnoDB Cluster for: The new approach leverages MySQL’s new HeatWave (for
The raw TecDoc export typically provides tables prefixed with TOOF_ (TecDoc Open Data Format). A standard MySQL implementation requires mapping these raw files to specific tables:
If you receive TecDoc data as SQL files or CSV exports, you might: