View Source BitcoinLib.Transaction.Output (BitcoinLib v0.4.7)

Based on https://learnmeabitcoin.com/technical/output

Link to this section Summary

Functions

Encodes an output into a bitstring

Extracts a transaction output from a bitstring

Link to this section Types

@type t() :: BitcoinLib.Transaction.Output

Link to this section Functions

@spec encode(t()) :: bitstring()

Encodes an output into a bitstring

examples

Examples

iex> %BitcoinLib.Transaction.Output{
...>   script_pub_key: [
...>     %BitcoinLib.Script.Opcodes.Stack.Dup{},
...>     %BitcoinLib.Script.Opcodes.Crypto.Hash160{},
...>     %BitcoinLib.Script.Opcodes.Data{value: <<0xf86f0bc0a2232970ccdf4569815db500f1268361::160>>},
...>     %BitcoinLib.Script.Opcodes.BitwiseLogic.EqualVerify{},
...>     %BitcoinLib.Script.Opcodes.Crypto.CheckSig{}
...>   ],
...>   value: 129000000
...> } |> BitcoinLib.Transaction.Output.encode
<<0x4062b00700000000::64>> <> # value
<<0x19::8>>                       <> # script_pub_key size
<<0x76a914f86f0bc0a2232970ccdf4569815db500f126836188ac::200>> # script_pub_key
@spec extract_from(binary()) ::
  {:ok, t(), bitstring()} | {:error, binary(), bitstring(), bitstring()}

Extracts a transaction output from a bitstring

examples

Examples

iex> <<0xf0ca052a010000001976a914cbc20a7664f2f69e5355aa427045bc15e7c6c77288ac00000000::304>>
...> |> BitcoinLib.Transaction.Output.extract_from
{
  :ok,
  %BitcoinLib.Transaction.Output{
    value: 4999990000,
    script_pub_key: [
      %BitcoinLib.Script.Opcodes.Stack.Dup{},
      %BitcoinLib.Script.Opcodes.Crypto.Hash160{},
      %BitcoinLib.Script.Opcodes.Data{value: <<0xcbc20a7664f2f69e5355aa427045bc15e7c6c772::160>>},
      %BitcoinLib.Script.Opcodes.BitwiseLogic.EqualVerify{},
      %BitcoinLib.Script.Opcodes.Crypto.CheckSig{script: <<0x76a914cbc20a7664f2f69e5355aa427045bc15e7c6c77288ac::200>>}
    ]
  },
  <<0, 0, 0, 0>>
}