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absinthe
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lib/absinthe/phase/schema/spec_compliant_int.ex
defmodule Absinthe.Phase.Schema.SpecCompliantInt do
@moduledoc false
@behaviour Absinthe.Phase
alias Absinthe.Blueprint
def pipeline(pipeline) do
Absinthe.Pipeline.insert_after(
pipeline,
Absinthe.Phase.Schema.TypeImports,
__MODULE__
)
end
@spec run(Blueprint.t(), Keyword.t()) :: {:ok, Blueprint.t()}
def run(input, _options \\ []) do
node = Blueprint.prewalk(input, &handle_node/1)
{:ok, node}
end
defp handle_node(%Blueprint.Schema.ScalarTypeDefinition{identifier: :integer}) do
case ensure_compiled(Absinthe.Type.BuiltIns.SpecCompliantInt) do
{:module, module} ->
[types] = module.__absinthe_blueprint__().schema_definitions
Enum.find(
types.type_definitions,
&(&1.identifier == :integer)
)
{:error, reason} ->
raise reason
end
end
defp handle_node(node) do
node
end
# Elixir v1.12 includes a Code.ensure_compiled!/1 that tells
# the compiler it should only continue if the module is available.
# This gives the Elixir compiler more information to address
# deadlocks.
# TODO: Remove the else clause once we require Elixir v1.12+.
@compile {:no_warn_undefined, {Code, :ensure_compiled!, 1}}
@dialyzer {:nowarn_function, [ensure_compiled: 1]}
defp ensure_compiled(module) do
if function_exported?(Code, :ensure_compiled!, 1) do
{:module, Code.ensure_compiled!(module)}
else
Code.ensure_compiled(module)
end
end
end