defmodule Membrane.Core.Element.State do @moduledoc false # Structure representing state of an Core.Element. It is a part of the private API. # It does not represent state of elements you construct, it's a state used # internally in Membrane. use Bunch.Access alias Membrane.{Clock, Element, Pad, Sync} alias Membrane.Core.Child.PadModel alias Membrane.Core.Element.EffectiveFlowController alias Membrane.Core.Timer require Membrane.Pad @type t :: %__MODULE__{ module: module, type: Element.type(), name: Element.name(), internal_state: Element.state() | nil, pads_info: PadModel.pads_info() | nil, pads_data: PadModel.pads_data() | nil, parent_pid: pid, supplying_demand?: boolean(), delayed_demands: MapSet.t({Pad.ref(), :supply | :redemand}), handle_demand_loop_counter: non_neg_integer(), synchronization: %{ timers: %{Timer.id() => Timer.t()}, parent_clock: Clock.t(), latency: Membrane.Time.non_neg(), stream_sync: Sync.t(), clock: Clock.t() | nil }, initialized?: boolean(), playback: Membrane.Playback.t(), playback_queue: Membrane.Core.Element.PlaybackQueue.t(), resource_guard: Membrane.ResourceGuard.t(), subprocess_supervisor: pid, terminating?: boolean(), setup_incomplete?: boolean(), effective_flow_control: EffectiveFlowController.effective_flow_control(), handling_action?: boolean(), pads_to_snapshot: MapSet.t(), stalker: Membrane.Core.Stalker.t() } defstruct [ :module, :type, :name, :internal_state, :pads_info, :pads_data, :parent_pid, :supplying_demand?, :delayed_demands, :handle_demand_loop_counter, :synchronization, :demand_size, :initialized?, :playback, :playback_queue, :resource_guard, :subprocess_supervisor, :terminating?, :setup_incomplete?, :effective_flow_control, :handling_action?, :pads_to_snapshot, :stalker ] end