Anoma.CairoResource.Transaction (Anoma v0.32.0)

@type t() :: %Anoma.CairoResource.Transaction{
  actions: MapSet.t(Anoma.CairoResource.Action.t()),
  delta_proof: binary(),
  roots: MapSet.t(binary())
}

Functions

cm_tree()

@spec cm_tree() :: CommitmentTree.t()

Gets the Cairo Poseidon commitment tree specification.

commitments(transaction)

@spec commitments(t()) :: [binary()]

compose(tx1, tx2)

@spec compose(t(), t()) :: t()

create_from_compliance_units(compliance_units, input_logics, input_witnesses, output_logics, output_witnesses)

@spec create_from_compliance_units(
  [Jason.OrderedObject.t()],
  [binary()],
  [Jason.OrderedObject.t()],
  [binary()],
  [Jason.OrderedObject.t()]
) :: {:ok, t()} | {:error, term()}

The arguments are JSON strings of compliance units, input logics, input witnesses, output logics, and output witnesses.

from_noun(list)

@spec from_noun(Noun.t()) :: {:ok, t()} | :error

Callback implementation for Noun.Nounable.Kind.from_noun/1.

get_cipher_texts(tx)

@spec get_cipher_texts(t()) :: [%{tag: binary(), cipher: [binary()]}]

Retrieves the cipher texts from the given transaction.

Returns

A list of tuples where each tuple contains a binary tag(commitment) and a cipher text(a list of binary).

nullifiers(transaction)

@spec nullifiers(t()) :: [binary()]

prove_delta(tx)

@spec prove_delta(t()) :: t()

verify(transaction)

@spec verify(t()) :: true | {:error, String.t()}