BSV.Transaction.Input (bsv_sdk v1.1.0)

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Bitcoin transaction input.

Summary

Types

t()

Functions

from_binary(arg1)

Parse an input from raw binary. Returns {:ok, input, remaining_bytes} on success.

new()

Create a new empty input with default values.

source_locking_script(input)

Get the locking script of the source output, or nil if not set.

source_satoshis(input)

Get the satoshi value of the source output, or nil if not set.

to_binary(input)

Serialize the input to raw binary (wire format).

to_binary_cleared(input)

Serialize the input with an empty unlocking script (for sighash computation).

Types

t()

@type t() :: %BSV.Transaction.Input{
  sequence_number: non_neg_integer(),
  source_output: BSV.Transaction.Output.t() | nil,
  source_tx_out_index: non_neg_integer(),
  source_txid: binary(),
  unlocking_script: BSV.Script.t() | nil
}

Functions

from_binary(arg1)

@spec from_binary(binary()) :: {:ok, t(), binary()} | {:error, term()}

Parse an input from raw binary. Returns {:ok, input, remaining_bytes} on success.

new()

@spec new() :: t()

Create a new empty input with default values.

source_locking_script(input)

@spec source_locking_script(t()) :: BSV.Script.t() | nil

Get the locking script of the source output, or nil if not set.

source_satoshis(input)

@spec source_satoshis(t()) :: non_neg_integer() | nil

Get the satoshi value of the source output, or nil if not set.

to_binary(input)

@spec to_binary(t()) :: binary()

Serialize the input to raw binary (wire format).

to_binary_cleared(input)

@spec to_binary_cleared(t()) :: binary()

Serialize the input with an empty unlocking script (for sighash computation).