Nock.Cue (Anoma v0.25.0)

Summary

Types

cue_tag()
t()

Functions

bit_width_tag(binary, env)
bit_width_tag(list, env, counter)
cue(number)
cue!(number)
cue_tag(list, env)
parse(bit_stream)
parse(bit_stream, cue_env)
parse_single(arg, pos_before_parse)
rub_no_index(bit_stream, env)

Types

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cue_tag()

@type cue_tag() :: :atom | :cell | :backref
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t()

@type t() :: %Nock.Cue{
  cache: %{required(non_neg_integer()) => Noun.t()},
  position: non_neg_integer()
}

Functions

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bit_width_tag(binary, env)

@spec bit_width_tag([1 | 0], t()) :: {non_neg_integer(), [1 | 0], t()}
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bit_width_tag(list, env, counter)

@spec bit_width_tag([1 | 0], t(), non_neg_integer()) ::
  {non_neg_integer(), [1 | 0], t()}
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cue(number)

@spec cue(Noun.noun_atom()) :: {:ok, Noun.t()} | :error
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cue!(number)

@spec cue!(Noun.noun_atom()) :: Noun.t()
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cue_tag(list, env)

@spec cue_tag(list(), t()) :: {cue_tag(), [0 | 1], t()}
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parse(bit_stream)

@spec parse([0 | 1]) :: {Noun.t(), [0 | 1], t()}
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parse(bit_stream, cue_env)

@spec parse([0 | 1], t()) :: {Noun.t(), [0 | 1], t()}
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parse_single(arg, pos_before_parse)

@spec parse_single({cue_tag(), [0 | 1], t()}, non_neg_integer()) ::
  {Noun.t(), [0 | 1], t()}
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rub_no_index(bit_stream, env)

@spec rub_no_index([0 | 1], t()) :: {non_neg_integer(), list(), t()}