@type color_key() :: atom()

(This type is managed by TypeCheck, which allows checking values against the type at runtime.)

Full definition:

color_key() :: atom()

@type t() :: %Inspect.Opts{
  base: :decimal | :binary | :hex | :octal,
  binaries: :infer | :as_binaries | :as_strings,
  char_lists: :infer | :as_lists | :as_char_lists,
  charlists: :infer | :as_lists | :as_charlists,
  custom_options: keyword(),
  inspect_fun: (any(), t() -> TypeCheck.DefaultOverrides.Inspect.Algebra.t()),
  limit: non_neg_integer() | :infinity,
  pretty: boolean(),
  printable_limit: non_neg_integer() | :infinity,
  safe: boolean(),
  structs: boolean(),
  syntax_colors: [{color_key(), TypeCheck.DefaultOverrides.IO.ANSI.ansidata()}],
  width: non_neg_integer() | :infinity
}

(This type is managed by TypeCheck, which allows checking values against the type at runtime.)

Full definition:

t() :: %Inspect.Opts{
  base: :decimal | :binary | :hex | :octal,
  binaries: :infer | :as_binaries | :as_strings,
  char_lists: :infer | :as_lists | :as_char_lists,
  charlists: :infer | :as_lists | :as_charlists,
  custom_options: keyword(),
  inspect_fun: (any(), t() -> TypeCheck.DefaultOverrides.Inspect.Algebra.t()),
  limit: non_neg_integer() | :infinity,
  pretty: boolean(),
  printable_limit: non_neg_integer() | :infinity,
  safe: boolean(),
  structs: boolean(),
  syntax_colors: [{color_key(), TypeCheck.DefaultOverrides.IO.ANSI.ansidata()}],
  syntax_colors: [{color_key(), any()}],
  width: non_neg_integer() | :infinity
}