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lib/absinthe/phase/document/arguments/normalize.ex
defmodule Absinthe.Phase.Document.Arguments.Normalize do
@moduledoc false
# Populate all arguments in the document with their provided values:
#
# - If a literal value is provided for an argument, set the `Argument.t`'s
# `normalized_value` field to that value.
# - If a variable is provided for an argument, set the `Argument.t`'s
# `normalized_value` to the reconciled value for the variable
# (Note: this requires the `Phase.Document.Variables` phase as a
# prerequisite).
#
# Note that no validation occurs in this phase.
use Absinthe.Phase
alias Absinthe.Blueprint
@spec run(Blueprint.t, Keyword.t) :: {:ok, Blueprint.t}
def run(input, _options \\ []) do
acc = %{provided_values: get_provided_values(input)}
{node, _} = Blueprint.prewalk(input, acc, &handle_node/2)
{:ok, node}
end
@spec get_provided_values(Blueprint.t) :: map
defp get_provided_values(input) do
case Blueprint.current_operation(input) do
nil -> %{}
operation -> operation.provided_values
end
end
@spec handle_node(Blueprint.node_t, map) :: {Blueprint.node_t, map}
# Argument using a variable: Set provided value
defp handle_node(%Blueprint.Input.Value{literal: %Blueprint.Input.Variable{name: variable_name}} = node, acc) do
{
%{node | normalized: Map.get(acc.provided_values, variable_name)},
acc
}
end
# Argument not using a variable: Set provided value from the literal value
defp handle_node(%Blueprint.Input.Value{} = node, acc) do
{
%{node | normalized: node.literal},
acc
}
end
defp handle_node(node, acc) do
{node, acc}
end
end