FizzBuzz Swift 4 + functional solution

fizzbuzz.swift

// Single line 84 chars, not really an accepted answer (???).
// It prints an array containing the right answers in the right order, but not each individual number, just this array.
print((1...100).map{$0%3==0 ? $0%5==0 ? "FizzBuzz":"Fizz":$0%5==0 ? "Buzz":"\($0)"})

// Slightly adjusted version to make it an accepted answer, increasing byte count to 92
(1...100).map{$0%3==0 ? $0%5==0 ? "FizzBuzz":"Fizz":$0%5==0 ? "Buzz":"\($0)"}.map{print($0)}

// Single line 100 chars, not really a readable solution, but it also prints each individual number.
// One extra map call dissolved into individual print calls.
(1...100).map{$0%3==0 ? $0%5==0 ? print("FizzBuzz"):print("Fizz"):$0%5==0 ? print("Buzz"):print($0)}

// More expanded version of the above version, you can actually see what is going on here now.
// Note that the if statements are also reordered to conceive a somewhat more 'logical' structure.
(1...100).map { (number) in
    number % 5 == 0 && number % 3 == 0 ? print("FizzBuzz") :
        number % 5 == 0 ? print("Buzz") :
        number % 3 == 0 ? print("Fizz") : print(number)
}

// Let's make this a pure functional side-effect free version of the earlier mentioned ones.
// Aside from the ternary if statements this version is way more readable and maintainable. Let alone the
// newly created functional methods which you can also use outside this use case, they don't assume state or
// alter data. The .map is being replaced by a .forEach, this version is no longer trying to compete with the
// smalles (aka fewest bytes) implementation, therefore the .map is useless (it returns an array which is not being
// handled, whereas the forEach won't and it semantically makes more sense).

let multipleOfFive: (Int) -> Bool = { $0 % 5 == 0 }
let multipleOfThree: (Int) -> Bool = { $0 % 3 == 0 }
let multipleOfBoth: (Int) -> Bool = { multipleOfFive($0) && multipleOfThree($0) }
(1...100).forEach { (number) in
    multipleOfBoth(number) ? print("FizzBuzz") :
        multipleOfFive(number) ? print("Buzz") :
        multipleOfThree(number) ? print("Fizz") : print(number)
}