View Source Reactor.Error (reactor v0.10.1)

Uses splode to manage various classes of error.

Summary

Types

class()

class_module()

error_class()

t()

Functions

__using__(opts)

Convenience wrapper around use Splode.Error

fetch_error(error, module)

Recursively searches through nested reactor errors for the first instance of the provided module.

find_errors(error, module)

Recursively searches through nested reactor errors and returns any errors which match the provided module name.

splode_error?(arg1, splode)

Types

class()

@type class() :: %{
  :__struct__ => class_module(),
  :__exception__ => true,
  :errors => [t()],
  :class => error_class(),
  :bread_crumbs => [String.t()],
  :vars => Keyword.t(),
  :stacktrace => Splode.Stacktrace.t() | nil,
  :context => map(),
  optional(atom()) => any()
}

class_module()

@type class_module() ::
  Reactor.Error.Validation
  | Reactor.Error.Unknown
  | Reactor.Error.Invalid
  | Reactor.Error.Internal

error_class()

@type error_class() :: :validation | :unknown | :invalid | :reactor

t()

@type t() :: %{
  :__struct__ => module(),
  :__exception__ => true,
  :class => error_class(),
  :bread_crumbs => [String.t()],
  :vars => Keyword.t(),
  :stacktrace => Splode.Stacktrace.t() | nil,
  :context => map(),
  optional(atom()) => any()
}

Functions

using(opts)

(macro)

@spec __using__(keyword()) :: Macro.output()

Convenience wrapper around use Splode.Error

fetch_error(error, module)

@spec fetch_error(Exception.t(), module()) :: {:ok, Exception.t()} | :error

Recursively searches through nested reactor errors for the first instance of the provided module.

find_errors(error, module)

@spec find_errors(Exception.t(), module()) :: [Exception.t()]

Recursively searches through nested reactor errors and returns any errors which match the provided module name.

splode_error?(arg1, splode)