.iex.exs

alias BitcoinLib.{Address, Console, Crypto, Script, Transaction}
alias BitcoinLib.Key.{PrivateKey, PublicKey}
alias BitcoinLib.Key.HD.{DerivationPath, Entropy, SeedPhrase}

orange = IO.ANSI.color(5, 3, 1)

IO.puts orange <> "\nWelcome to the BitcoinLib REPL\n" <> IO.ANSI.reset

IEx.configure(
 default_prompt: [
   "\e[G",    # ANSI CHA, move cursor to column 1
    orange,
    "₿",
    :white,
    " ",
    :green,
    "%counter",
    :white,
    " >",
    :reset
  ]
  |> IO.ANSI.format
  |> IO.chardata_to_string
)

private_key =
  "12345612345612345612345612345612345612345612345612"
  |> Entropy.from_dice_rolls!()
  |> SeedPhrase.wordlist_from_entropy()
  |> PrivateKey.from_seed_phrase()

public_key =
  private_key
  |> PublicKey.from_private_key()

ss_private_key =
  PrivateKey.from_seed_phrase("rally celery split order almost twenty ignore record legend learn chaos decade")

ss_xpriv =
  ss_private_key
  # this child is: bip 44 bitcoin mainnet account 0 receiving index 0
  |> PrivateKey.from_derivation_path!("m/49'/0'/0'/0/0")
  |> PrivateKey.serialize()


blue_wallet_pub_key =
  ss_private_key
  |> PrivateKey.from_derivation_path!("m/84'/0'/0'")
  |> PublicKey.from_private_key()

blue_wallet_zpub =
  blue_wallet_pub_key
  |> PublicKey.serialize(:mainnet, :bip84)

blue_wallet_address_0_pub_key =
  blue_wallet_pub_key
  |> PublicKey.derive_child!(0)
  |> PublicKey.derive_child!(0)

blue_wallet_address_0 =
  blue_wallet_address_0_pub_key
  |> PublicKey.to_address(:p2sh)

p2pkh_testnet_address =
  <<0x93CE48570B55C42C2AF816AEABA06CFEE1224FAE::160>>
  |> Address.from_public_key_hash(:testnet)

p2sh_testnet_address =
  <<0x93CE48570B55C42C2AF816AEABA06CFEE1224FAE::160>>
  |> Address.from_script_hash(:testnet)