JsonRemedy.Layer3.BinaryProcessors (json_remedy v0.1.3)

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Binary pattern matching optimization functions for Layer 3 syntax normalization.

Contains optimized binary processing functions that eliminate String.at/2 calls for maximum performance.

Summary

Functions

check_for_multi_word_value(remaining_binary, initial_word)

Check if there's more content after an identifier that should be part of an unquoted value. This handles cases like "Weiss Savage" where there are spaces between words.

consume_identifier_binary_simple(binary)

Binary pattern matching for identifier consumption - UTF-8 safe.

consume_number_binary_simple(binary)

Binary pattern matching for number consumption.

consume_unquoted_value_binary_simple(binary, acc \\ <<>>, count \\ 0)

Consume an unquoted value until the next JSON delimiter. This handles unquoted string values that may contain spaces.

determine_expecting_after_close_simple(arg1)

Determine expecting state after closing delimiters.

determine_next_expecting_simple(expecting, stack)

Determine next expecting state after simple transitions.

process_identifier_binary_simple(binary, result_iolist, repairs, in_string, escape_next, quote, stack, expecting, pos)

Process identifiers with binary pattern matching.

process_number_binary_simple(binary, result_iolist, repairs, in_string, escape_next, quote, stack, expecting, pos)

Process numbers with binary pattern matching.

Functions

check_for_multi_word_value(remaining_binary, initial_word)

@spec check_for_multi_word_value(binary(), String.t()) ::
  {String.t(), binary(), non_neg_integer()}

Check if there's more content after an identifier that should be part of an unquoted value. This handles cases like "Weiss Savage" where there are spaces between words.

consume_identifier_binary_simple(binary)

@spec consume_identifier_binary_simple(binary()) ::
  {String.t(), binary(), non_neg_integer()}

Binary pattern matching for identifier consumption - UTF-8 safe.

consume_number_binary_simple(binary)

@spec consume_number_binary_simple(binary()) ::
  {String.t(), binary(), non_neg_integer()}

Binary pattern matching for number consumption.

consume_unquoted_value_binary_simple(binary, acc \\ <<>>, count \\ 0)

@spec consume_unquoted_value_binary_simple(binary(), binary(), non_neg_integer()) ::
  {String.t(), binary(), non_neg_integer()}

Consume an unquoted value until the next JSON delimiter. This handles unquoted string values that may contain spaces.

determine_expecting_after_close_simple(arg1)

@spec determine_expecting_after_close_simple(list()) :: atom()

Determine expecting state after closing delimiters.

determine_next_expecting_simple(expecting, stack)

@spec determine_next_expecting_simple(atom(), list()) :: atom()

Determine next expecting state after simple transitions.

process_identifier_binary_simple(binary, result_iolist, repairs, in_string, escape_next, quote, stack, expecting, pos)

@spec process_identifier_binary_simple(
  binary(),
  iolist(),
  list(),
  boolean(),
  boolean(),
  String.t() | nil,
  list(),
  atom(),
  non_neg_integer()
) ::
  {binary(), iolist(), list(), boolean(), boolean(), String.t() | nil, list(),
   atom(), non_neg_integer()}

Process identifiers with binary pattern matching.

process_number_binary_simple(binary, result_iolist, repairs, in_string, escape_next, quote, stack, expecting, pos)

@spec process_number_binary_simple(
  binary(),
  iolist(),
  list(),
  boolean(),
  boolean(),
  String.t() | nil,
  list(),
  atom(),
  non_neg_integer()
) ::
  {binary(), iolist(), list(), boolean(), boolean(), String.t() | nil, list(),
   atom(), non_neg_integer()}

Process numbers with binary pattern matching.