• MeshPath3D
• Projectile on curve 2D
• Android Internet Connection State
• Vector2 editor
• Threaded Resource Save-Load

A plugin for managing asynchronous tasks in Godot. Await multiple signals, frames or async calls with intuitive helpers: all(), any(), and some().

• use await or signals seamlessly
• built-in progress and done signals
• wait for all async tasks to finish with Awaiter.all()
• wait for any task to finish with Awaiter.any()
• wait for N tasks to finish with Awaiter.some()
• wait for N frames to pass via Awaiter.process_frames/physics_frames()

• Godot 4.2 or higher

• Open the AssetLib tab in Godot with your project open
• Search for Awaiter plugin and install the plugin by Mero
• Open Project -> Project Settings -> Plugins Tab and enable the plugin Awaiter
• Done!

• usage via signals

# pass signals and async funcs
var task_manager: Awaiter._TaskManager = Awaiter.all([
  signal1,
  func1,
  ...
])

task_manager.done.connect(_on_done)
task_manager.progress.connect(_on_progress)

• inline usage

# pass signals and async funcs
var results = await Awaiter.all([
  signal1,
  func1,
  ...
]).done

• awaiting 5 physics frames

	await Awaiter.physics_frames(5).done

all - waiting for all of the tasks to complete

Awaiter.all(tasks: Array[Signal | Callable]) -> _TaskManager

any - waiting for any of the tasks to complete

Awaiter.any(tasks: Array[Signal | Callable]) -> _TaskManager

some - waiting for <n> amount of the tasks to complete

Awaiter.some(tasks: Array[Signal | Callable], amount_to_complete: int) -> _TaskManager

process_frames - waiting for <n> process frames to pass

Awaiter.process_frames(target_frames_count: int) -> _FramesAwaiter

physics_frames - waiting for <n> physics frames to pass

Awaiter.physics_frames(target_frames_count: int) -> _FramesAwaiter

done(result: Array) - is emitted after completion (depending on used method)

progress(complete: int, total: int) - is emitted per complete task

• Base usage example