use sqlx::Postgres; use sqlx_test::test_type; use std::fmt::Debug; // Transparent types are rust-side wrappers over DB types #[derive(PartialEq, Debug, sqlx::Type)] #[sqlx(transparent)] struct Transparent(i32); // "Weak" enums map to an integer type indicated by #[repr] #[derive(PartialEq, Copy, Clone, Debug, sqlx::Type)] #[repr(i32)] enum Weak { One = 0, Two = 2, Three = 4, } // "Strong" enums can map to TEXT (25) or a custom enum type #[derive(PartialEq, Debug, sqlx::Type)] #[sqlx(postgres(oid = 25))] #[sqlx(rename_all = "lowercase")] enum Strong { One, Two, #[sqlx(rename = "four")] Three, } // TODO: Figure out a good solution for custom type testing // Records must map to a custom type // Note that all types are types in Postgres // #[derive(PartialEq, Debug, sqlx::Type)] // #[sqlx(postgres(oid = ?))] // struct InventoryItem { // name: String, // supplier_id: Option, // price: Option // } test_type!(transparent( Postgres, Transparent, "0" == Transparent(0), "23523" == Transparent(23523) )); test_type!(weak_enum( Postgres, Weak, "0::int4" == Weak::One, "2::int4" == Weak::Two, "4::int4" == Weak::Three )); test_type!(strong_enum( Postgres, Strong, "'one'::text" == Strong::One, "'two'::text" == Strong::Two, "'four'::text" == Strong::Three )); // TODO: Figure out a good solution for custom type testing // test_type!(record_pg_config( // Postgres, // InventoryItem, // "(SELECT ROW('fuzzy dice', 42, 199)::inventory_item)" // == InventoryItem { // name: "fuzzy dice".to_owned(), // supplier_id: Some(42), // price: Some(199), // }, // "(SELECT '(\"fuuzy dice\",,)'::pg_config)" // == InventoryItem { // name: "fuzzy dice".to_owned(), // supplier_id: None, // price: None, // }, // "(SELECT '(\"\",,2350)'::pg_config)" // == InventoryItem { // name: "".to_owned(), // supplier_id: None, // price: Some(2350) // } // ));