Protocol adopted by types that can be converted to and from RbObjects.

A Unicode string value that is a collection of characters.

A value type whose instances are either true or false.

An unsigned integer value type.

A 64-bit unsigned integer value type.

A 32-bit unsigned integer value type.

A 16-bit unsigned integer value type.

An 8-bit unsigned integer value type.

A signed integer value type.

A 64-bit signed integer value type.

A 32-bit signed integer value type.

A 16-bit signed integer value type.

An 8-bit signed integer value type.

A double-precision, floating-point value type.

A single-precision, floating-point value type.

These methods are available only when the array Element type conforms to RbObjectConvertible.

These methods are available only when the array slice Element type conforms to RbObjectConvertible.

These methods are available only when both the dictionary Key and Value types conform to RbObjectConvertible.

These methods are available only when the set Element type conforms to RbObjectConvertible.

These methods are available only when the range Bound type conforms to RbObjectConvertible.

These methods are available only when the range Bound type conforms to RbObjectConvertible.

A simple interface to Ruby’s complex number support.

This is not a Swift complex number library. It could be used as an interface between one such and Ruby.

Ruby always represents complex numbers internally using rectangular coordinates so this type does not offer any direct support for polar coordinates.

A simple interface to Ruby’s rational number support.

This is not a Swift rational number library. It could be used as an interface between one such and Ruby.

Ruby represents rational numbers internally as a positive or negative integer numerator and a positive integer denominator. Instances of this RbRational type converted from Ruby objects follow these rules; instances produced by Swift code using the RbRational.init(numerator:denominator:) method may not.

let myRat = RbRational(numerator: myFractionTop, denominator: myFractionBot)

let resultObj = myRubyService.call("addFinalSample", args: [myRat])

let myRatResult = RbRational(resultObj)