float128 {.importcpp: "__float128", nodecl.} = object

CPLIB_MATH_FLOAT128 = 1

proc `*=`(x: var float128; y: float128) {.importcpp: "((#) *= (#))", nodecl,
    ...raises: [], tags: [].}

proc `*`(x, y: float128): float128 {....raises: [], tags: [].}

proc `+=`(x: var float128; y: float128) {.importcpp: "((#) += (#))", nodecl,
    ...raises: [], tags: [].}

proc `+`(x, y: float128): float128 {....raises: [], tags: [].}

proc `-=`(x: var float128; y: float128) {.importcpp: "((#) -= (#))", nodecl,
    ...raises: [], tags: [].}

proc `-`(x, y: float128): float128 {....raises: [], tags: [].}

proc `-`(x: float128): float128 {.importcpp: "-((#))", nodecl, ...raises: [],
                                  tags: [].}

proc `/=`(x: var float128; y: float128) {.importcpp: "((#) /= (#))", nodecl,
    ...raises: [], tags: [].}

proc `/`(x, y: float128): float128 {....raises: [], tags: [].}

proc `<=`(x, y: float128): bool {.importcpp: "((#) <= (#))", nodecl, ...raises: [],
                                  tags: [].}

proc `<`(x, y: float128): bool {.importcpp: "((#) < (#))", nodecl, ...raises: [],
                                 tags: [].}

proc `==`(x, y: float128): bool {.importcpp: "((#) == (#))", nodecl, ...raises: [],
                                  tags: [].}

proc `>=`(x, y: float128): bool {.importcpp: "((#) >= (#))", nodecl, ...raises: [],
                                  tags: [].}

proc `>`(x, y: float128): bool {.importcpp: "((#) > (#))", nodecl, ...raises: [],
                                 tags: [].}

proc abs(x: float128): float128 {....raises: [], tags: [].}

proc cmp(x, y: float128): int {....raises: [], tags: [].}

proc to_float(x: float128): float {.importcpp: "(double)((#))", nodecl,
                                    ...raises: [], tags: [].}

converter to_float128(x: SomeFloat): float128 {.importcpp: "(__float128)((#))",
    nodecl, ...raises: [], tags: [].}

converter to_float128(x: SomeInteger): float128 {.
    importcpp: "(__float128)((#))", nodecl, ...raises: [], tags: [].}