bitcoinex v0.1.8

View Source Bitcoinex.ExtendedKey (bitcoinex v0.1.8) 

Contains an an extended key as documented in BIP 32.

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Types

t()

Functions

derive_child_key(xkey, idx)

derive_child uses a public or private key xkey to derive the public or private key at index idx. public key -> public child private key -> private child

derive_extended_key(xkey, derivation_path)

derive_extended_key uses an extended xkey and a derivation path to derive the extended key at that path

derive_private_child(xkey, idx)

derive_private_child uses a private key xkey to derive the private key at index idx

derive_public_child(xkey, idx)

derive_public_child uses a public or private key xkey to derive the public key at index idx

display_extended_key(xkey)

display returns the extended key as a string

get_child_num(extended_key)
get_depth(extended_key)
get_fingerprint(xkey)
get_parent_fingerprint(extended_key)
get_prefix(extended_key)
network_from_extended_key(extended_key)

network_from_extended_key returns :testnet or :mainnet depending on the network prefix of the key.

parse_extended_key(xkey)

parse_extended_key takes binary or string representation of an extended key and parses it to an extended key object

seed_to_master_private_key(arg, pfx \\ :xprv)

seed_to_master_private_key transforms a bip32 seed into a master extended private key

serialize_extended_key(xkey)

serialize_extended_key takes an extended key and returns the binary

to_extended_public_key(xprv)

to_extended_public_key takes an extended private key and returns an extended public key

to_private_key(xprv)

to_private_key takes an extended private key and returns the contained private key.

to_public_key(xkey)

to_public_key takes an extended key xkey and returns the public key.

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t()

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@type t() :: %Bitcoinex.ExtendedKey{
  chaincode: binary(),
  checksum: binary(),
  child_num: binary(),
  depth: binary(),
  key: binary(),
  parent_fingerprint: binary(),
  prefix: binary()
}

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derive_child_key(xkey, idx)

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@spec derive_child_key(t(), non_neg_integer()) :: {:ok, t()} | {:error, String.t()}

derive_child uses a public or private key xkey to derive the public or private key at index idx. public key -> public child private key -> private child

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derive_extended_key(xkey, derivation_path)

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@spec derive_extended_key(t() | binary(), Bitcoinex.ExtendedKey.DerivationPath.t()) ::
  {:ok, t()} | {:error, String.t()}

derive_extended_key uses an extended xkey and a derivation path to derive the extended key at that path

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derive_private_child(xkey, idx)

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@spec derive_private_child(t(), non_neg_integer()) ::
  {:ok, t()} | {:error, String.t()}

derive_private_child uses a private key xkey to derive the private key at index idx

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derive_public_child(xkey, idx)

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@spec derive_public_child(t(), non_neg_integer()) :: {:ok, t()} | {:error, String.t()}

derive_public_child uses a public or private key xkey to derive the public key at index idx

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display_extended_key(xkey)

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@spec display_extended_key(t()) :: String.t()

display returns the extended key as a string

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get_child_num(extended_key)

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@spec get_child_num(t()) :: binary()
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get_depth(extended_key)

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@spec get_depth(t()) :: binary()
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get_fingerprint(xkey)

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@spec get_fingerprint(t()) :: binary()
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get_parent_fingerprint(extended_key)

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@spec get_parent_fingerprint(t()) :: binary()
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get_prefix(extended_key)

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@spec get_prefix(t()) :: binary()
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network_from_extended_key(extended_key)

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@spec network_from_extended_key(t()) :: atom()

network_from_extended_key returns :testnet or :mainnet depending on the network prefix of the key.

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parse_extended_key(xkey)

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@spec parse_extended_key(binary()) :: {:ok, t()} | {:error, String.t()}

parse_extended_key takes binary or string representation of an extended key and parses it to an extended key object

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seed_to_master_private_key(arg, pfx \\ :xprv)

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@spec seed_to_master_private_key(binary(), atom()) ::
  {:ok, t()} | {:error, String.t()}

seed_to_master_private_key transforms a bip32 seed into a master extended private key

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serialize_extended_key(xkey)

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@spec serialize_extended_key(t()) :: binary()

serialize_extended_key takes an extended key and returns the binary

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to_extended_public_key(xprv)

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@spec to_extended_public_key(t()) :: {:ok, t()} | {:error, String.t()}

to_extended_public_key takes an extended private key and returns an extended public key

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to_private_key(xprv)

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@spec to_private_key(t()) ::
  {:ok, Bitcoinex.Secp256k1.PrivateKey.t()} | {:error, String.t()}

to_private_key takes an extended private key and returns the contained private key.

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to_public_key(xkey)

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@spec to_public_key(t()) ::
  {:ok, Bitcoinex.Secp256k1.Point.t()} | {:error, String.t()}

to_public_key takes an extended key xkey and returns the public key.