A Random.Generator for an Arr of Bits.

To use it effectively, you will need some extra bits of randomness.

Convert an Arr of up to 53 Bits to a Nat.

Bits from the 53th index become mathematically unsound so they are avoided.

Bits.toNat (Arr.from8 I O O O I O I O)
--> Nat 138

Group an Arr of Bits into Arrs of size 8.

Bits.toBytes (Arr.from1 O)
--> Arr.from1 (Arr.from8 O O O O O O O O)


Arr.from3 I I I
    |> InArr.append nat8 (Arr.from8 O I I I O I O O)
    |> InArr.append nat8 (Arr.from8 O I I I O I O O)
    |> InArr.append nat8 (Arr.from8 O I I I O I O O)
    |> Bits.toBytes
--> (Arr.from8 O O O O O I I I
-->     |> Arr.push (Arr.from8 O I I I O I O O)
-->     |> Arr.push (Arr.from8 O I I I O I O O)
-->     |> Arr.push (Arr.from8 O I I I O I O O)
--> )

Os at the start are kept.

Fill Os to the begin of the Arr until it has 8 elements.

Arr.from3 I I I |> Bits.padToByte
--> Arr.from8 O O O O O I I I

A Codec for an Arr of Bits.

To get a Codec with a string error:

import Serialize exposing (Codec)

bit128 :
    Codec
        String
        (Arr (In Nat128 (Nat128Plus a_)) Bit)
bit128 =
    Bits.serialize nat128 Arr.errorToString

Use the serialize functions in InArr and MinArr to serialize Arrs with a length in a range.