Elixir implementation of BIP39.
(...) implementation of a mnemonic code or mnemonic sentence -- a group of easy to remember words -- for the generation of deterministic wallets.
mnemo library exposes the following interfaces:
- Generate random English mnemonic
- Generate English mnemonic for pre-existing binary entropy
- Convert English mnemonic back to its binary entropy
- Derive a PBKDF2 hex-encoded seed from any mnemonic
The library is tested against reference vectors from Trezor's implementation. Additionally, a simple property test guarantees mnemonic <-> entropy <-> mnemonic correctness.
iex(1)> Mnemo.generate
"seminar depart parent awake canal relief age emotion swap area always near voyage exist idea aunt around burst uphold web tumble mimic reopen note"
iex(1)> mnemonic = "insect miracle play mad cream upgrade engage march absorb pyramid december observe jazz senior
betray family valve peasant cargo marriage table laundry melody morning"
iex(2)> Mnemo.entropy(mnemonic, hex: true)
"7511ae9942d32fdd52943e00d5e0e2cc377787455a94f114448ac42dcefb62a4"
iex(1)> Mnemo.mnemonic :crypto.strong_rand_bytes(16)
"emotion enroll aspect taxi nerve warrior become lens cactus stand stage pretty"
iex(1)> Mnemo.generate |> Mnemo.seed
"18a644cfd59eb0b509b0a73639b01e836e9e5a09f1f473a7f1b967acebc1908a9c8afe4ad8fabe7928d11ea422ffabec42db07ca7085131196b7d3fb6a1d9bc4"
The package can be installed by adding mnemo to your list of dependencies in mix.exs:
def deps do
[
{:mnemo, "~> 0.1.0"}
]
endDocumentation can be generated locally with ExDoc.
The docs can be found at https://hexdocs.pm/mnemo.