absinthe
absinthe v1.7.1

View Source Absinthe.Blueprint (absinthe v1.7.1)

Represents the graphql document to be executed.

Please see the code itself for more information on individual blueprint sub modules.

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Types

flags_t()
node_t()
result_t()
t()
use_t()

Functions

add_field(blueprint, type_def_name, new_field)
current_operation(blueprint)

Get the currently selected operation.

extend_fields(blueprint, ext_blueprint)

Append the given field or fields to the given type

find(blueprint, fun)
find_field(map, name)
flagged?(node, flag)

Determine whether a flag has been set on a node.

fragment(blueprint, name)
postwalk(blueprint, fun)

See Absinthe.Blueprint.Transform.postwalk/2.

postwalk(blueprint, acc, fun)

See Absinthe.Blueprint.Transform.postwalk/3.

prewalk(blueprint, fun)

See Absinthe.Blueprint.Transform.prewalk/2.

prewalk(blueprint, acc, fun)

See Absinthe.Blueprint.Transform.prewalk/3.

put_flag(node, flag, mod)

Add a flag to a node.

types_by_name(blueprint)

Index the types by their name

update_current(blueprint, change)

Update the current operation.

Link to this section Types

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flags_t()

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@type flags_t() :: %{required(atom()) => module()}
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node_t()

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@type node_t() ::
  t()
  | Absinthe.Blueprint.Directive.t()
  | Absinthe.Blueprint.Document.t()
  | Absinthe.Blueprint.Schema.t()
  | Absinthe.Blueprint.Input.t()
  | Absinthe.Blueprint.TypeReference.t()
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result_t()

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@type result_t() :: %{
  optional(:data) => term(),
  optional(:errors) => [term()],
  optional(:extensions) => term()
}
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t()

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@type t() :: %Absinthe.Blueprint{
  adapter: nil | Absinthe.Adapter.t(),
  directives: [Absinthe.Blueprint.Schema.DirectiveDefinition.t()],
  errors: [Absinthe.Phase.Error.t()],
  execution: Absinthe.Blueprint.Execution.t(),
  flags: flags_t(),
  fragments: [Absinthe.Blueprint.Document.Fragment.Named.t()],
  initial_phases: [Absinthe.Phase.t()],
  input: nil | Absinthe.Language.Document.t(),
  name: nil | String.t(),
  operations: [Absinthe.Blueprint.Document.Operation.t()],
  prototype_schema: nil | Absinthe.Schema.t(),
  result: result_t(),
  schema: nil | Absinthe.Schema.t(),
  schema_definitions: [Absinthe.Blueprint.Schema.SchemaDefinition.t()],
  source: nil | String.t() | Absinthe.Language.Source.t(),
  telemetry: map()
}
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use_t()

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@type use_t() ::
  Absinthe.Blueprint.Document.Fragment.Named.Use.t()
  | Absinthe.Blueprint.Input.Variable.Use.t()

Link to this section Functions

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add_field(blueprint, type_def_name, new_field)

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current_operation(blueprint)

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@spec current_operation(t()) :: nil | Absinthe.Blueprint.Document.Operation.t()

Get the currently selected operation.

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extend_fields(blueprint, ext_blueprint)

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Append the given field or fields to the given type

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find(blueprint, fun)

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find_field(map, name)

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flagged?(node, flag)

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@spec flagged?(node_t(), atom()) :: boolean()

Determine whether a flag has been set on a node.

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fragment(blueprint, name)

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@spec fragment(t(), String.t()) ::
  nil | Absinthe.Blueprint.Document.Fragment.Named.t()
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postwalk(blueprint, fun)

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See Absinthe.Blueprint.Transform.postwalk/2.

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postwalk(blueprint, acc, fun)

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See Absinthe.Blueprint.Transform.postwalk/3.

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prewalk(blueprint, fun)

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See Absinthe.Blueprint.Transform.prewalk/2.

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prewalk(blueprint, acc, fun)

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See Absinthe.Blueprint.Transform.prewalk/3.

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put_flag(node, flag, mod)

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@spec put_flag(node_t(), atom(), module()) :: node_t()

Add a flag to a node.

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types_by_name(blueprint)

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Index the types by their name

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update_current(blueprint, change)

View Source 
@spec update_current(
  t(),
  (Absinthe.Blueprint.Document.Operation.t() ->
     Absinthe.Blueprint.Document.Operation.t())
) :: t()

Update the current operation.