Class CoroutineManager

Namespace

Cobilas.GodotEngine.Utility

Assembly

com.cobilas.godot.utility.dll

This class is responsible for managing all coroutines.

[RunTimeInitializationClass("CoroutineManager", Priority.StartBefore, 0, false)]
public class CoroutineManager : Node, IDisposable

Inheritance

object

Object

Node

CoroutineManager

Implements

IDisposable

Inherited Members

Node.NotificationEnterTree

Node.NotificationExitTree

Node.NotificationMovedInParent

Node.NotificationReady

Node.NotificationPaused

Node.NotificationUnpaused

Node.NotificationPhysicsProcess

Node.NotificationProcess

Node.NotificationParented

Node.NotificationUnparented

Node.NotificationInstanced

Node.NotificationDragBegin

Node.NotificationDragEnd

Node.NotificationPathChanged

Node.NotificationInternalProcess

Node.NotificationInternalPhysicsProcess

Node.NotificationPostEnterTree

Node.NotificationResetPhysicsInterpolation

Node.NotificationWmMouseEnter

Node.NotificationWmMouseExit

Node.NotificationWmFocusIn

Node.NotificationWmFocusOut

Node.NotificationWmQuitRequest

Node.NotificationWmGoBackRequest

Node.NotificationWmUnfocusRequest

Node.NotificationOsMemoryWarning

Node.NotificationTranslationChanged

Node.NotificationWmAbout

Node.NotificationCrash

Node.NotificationOsImeUpdate

Node.NotificationAppResumed

Node.NotificationAppPaused

Node.GetNode<T>(NodePath)

Node.GetNodeOrNull<T>(NodePath)

Node.GetChild<T>(int)

Node.GetChildOrNull<T>(int)

Node.GetOwner<T>()

Node.GetOwnerOrNull<T>()

Node.GetParent<T>()

Node.GetParentOrNull<T>()

Node._EnterTree()

Node._ExitTree()

Node._GetConfigurationWarning()

Node._Input(InputEvent)

Node._UnhandledInput(InputEvent)

Node._UnhandledKeyInput(InputEventKey)

Node.AddChildBelowNode(Node, Node, bool)

Node.SetName(string)

Node.GetName()

Node.AddChild(Node, bool)

Node.RemoveChild(Node)

Node.GetChildCount()

Node.GetChildren()

Node.GetChild(int)

Node.HasNode(NodePath)

Node.GetNode(NodePath)

Node.GetNodeOrNull(NodePath)

Node.GetParent()

Node.FindNode(string, bool, bool)

Node.FindParent(string)

Node.HasNodeAndResource(NodePath)

Node.GetNodeAndResource(NodePath)

Node.IsInsideTree()

Node.IsAParentOf(Node)

Node.IsGreaterThan(Node)

Node.GetPath()

Node.GetPathTo(Node)

Node.AddToGroup(string, bool)

Node.RemoveFromGroup(string)

Node.IsInGroup(string)

Node.MoveChild(Node, int)

Node.GetGroups()

Node.Raise()

Node.SetOwner(Node)

Node.GetOwner()

Node.RemoveAndSkip()

Node.GetIndex()

Node.PrintTree()

Node.PrintTreePretty()

Node.SetFilename(string)

Node.GetFilename()

Node.PropagateNotification(int)

Node.PropagateCall(string, Array, bool)

Node.SetPhysicsProcess(bool)

Node.GetPhysicsProcessDeltaTime()

Node.IsPhysicsProcessing()

Node.GetProcessDeltaTime()

Node.SetProcess(bool)

Node.SetProcessPriority(int)

Node.GetProcessPriority()

Node.IsProcessing()

Node.SetProcessInput(bool)

Node.IsProcessingInput()

Node.SetProcessUnhandledInput(bool)

Node.IsProcessingUnhandledInput()

Node.SetProcessUnhandledKeyInput(bool)

Node.IsProcessingUnhandledKeyInput()

Node.SetPauseMode(Node.PauseModeEnum)

Node.GetPauseMode()

Node.CanProcess()

Node.PrintStrayNodes()

Node.GetPositionInParent()

Node.SetDisplayFolded(bool)

Node.IsDisplayedFolded()

Node.SetProcessInternal(bool)

Node.IsProcessingInternal()

Node.SetPhysicsProcessInternal(bool)

Node.IsPhysicsProcessingInternal()

Node.SetPhysicsInterpolationMode(Node.PhysicsInterpolationModeEnum)

Node.GetPhysicsInterpolationMode()

Node.IsPhysicsInterpolated()

Node.IsPhysicsInterpolatedAndEnabled()

Node.ResetPhysicsInterpolation()

Node.GetTree()

Node.CreateTween()

Node.Duplicate(int)

Node.ReplaceBy(Node, bool)

Node.SetSceneInstanceLoadPlaceholder(bool)

Node.GetSceneInstanceLoadPlaceholder()

Node.GetViewport()

Node.QueueFree()

Node.RequestReady()

Node.SetNetworkMaster(int, bool)

Node.GetNetworkMaster()

Node.IsNetworkMaster()

Node.GetMultiplayer()

Node.GetCustomMultiplayer()

Node.SetCustomMultiplayer(MultiplayerAPI)

Node.RpcConfig(string, MultiplayerAPI.RPCMode)

Node.RsetConfig(string, MultiplayerAPI.RPCMode)

Node.SetUniqueNameInOwner(bool)

Node.IsUniqueNameInOwner()

Node.Rpc(string, params object[])

Node.RpcUnreliable(string, params object[])

Node.RpcId(int, string, params object[])

Node.RpcUnreliableId(int, string, params object[])

Node.Rset(string, object)

Node.RsetId(int, string, object)

Node.RsetUnreliable(string, object)

Node.RsetUnreliableId(int, string, object)

Node.UpdateConfigurationWarning()

Node.EditorDescription

Node._ImportPath

Node.PauseMode

Node.PhysicsInterpolationMode

Node.Name

Node.UniqueNameInOwner

Node.Filename

Node.Owner

Node.Multiplayer

Node.CustomMultiplayer

Node.ProcessPriority

Object.NotificationPostinitialize

Object.NotificationPredelete

Object.IsInstanceValid(Object)

Object.WeakRef(Object)

Object.Dispose()

Object.Dispose(bool)

Object.ToString()

Object.ToSignal(Object, string)

Object._Get(string)

Object._GetPropertyList()

Object._Notification(int)

Object._Set(string, object)

Object.Free()

Object.GetClass()

Object.IsClass(string)

Object.Set(string, object)

Object.Get(string)

Object.SetIndexed(NodePath, object)

Object.GetIndexed(NodePath)

Object.GetPropertyList()

Object.GetMethodList()

Object.Notification(int, bool)

Object.GetInstanceId()

Object.SetScript(Reference)

Object.GetScript()

Object.SetMeta(string, object)

Object.RemoveMeta(string)

Object.GetMeta(string, object)

Object.HasMeta(string)

Object.GetMetaList()

Object.AddUserSignal(string, Array)

Object.HasUserSignal(string)

Object.EmitSignal(string, params object[])

Object.Call(string, params object[])

Object.CallDeferred(string, params object[])

Object.SetDeferred(string, object)

Object.Callv(string, Array)

Object.HasMethod(string)

Object.HasSignal(string)

Object.GetSignalList()

Object.GetSignalConnectionList(string)

Object.GetIncomingConnections()

Object.Connect(string, Object, string, Array, uint)

Object.Disconnect(string, Object, string)

Object.IsConnected(string, Object, string)

Object.SetBlockSignals(bool)

Object.IsBlockingSignals()

Object.PropertyListChangedNotify()

Object.SetMessageTranslation(bool)

Object.CanTranslateMessages()

Object.Tr(string)

Object.IsQueuedForDeletion()

Object.NativeInstance

Object.DynamicObject

object.Equals(object)

object.Equals(object, object)

object.ReferenceEquals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

Extension Methods

Node_GD_CB_Extension.FindNodeByName(Node, string)

Node_GD_CB_Extension.FindNodeByName(Node, string, bool)

Node_GD_CB_Extension.FindNodeByName(Node, string, Type, bool)

Node_GD_CB_Extension.FindNodeByName<T>(Node, string)

Node_GD_CB_Extension.FindNodeByName<T>(Node, string, bool)

Node_GD_CB_Extension.FindNodes(Node, Type)

Node_GD_CB_Extension.FindNodes(Node, Type, bool)

Node_GD_CB_Extension.FindNodes<T>(Node)

Node_GD_CB_Extension.FindNodes<T>(Node, bool)

Node_GD_CB_Extension.GetNodePosition(Node)

Node_GD_CB_Extension.GetNodeRotation(Node)

Node_GD_CB_Extension.GetNodeScale(Node)

Node_GD_CB_Extension.Print(Node, params object[])

Node_GD_CB_Extension.SetNodePosition(Node, Vector3D)

Node_GD_CB_Extension.SetNodeRotation(Node, Vector3D)

Node_GD_CB_Extension.SetNodeScale(Node, Vector3D)

Methods

GenID()

Generates an ID to be used in a Coroutine.

public static string GenID()

Returns

string

Returns in string form the ID generated.

StartCoroutine(IEnumerator?)

Starts a collating process from an IEnumerator.

public static Coroutine StartCoroutine(IEnumerator? enumerator)

Parameters

enumerator IEnumerator

The IEnumerator that will be used to start the Coroutine.

Returns

Coroutine

Returns the Coroutine process that was started.

Exceptions

ArgumentNullException

When the object is null.

StopAllCoroutines()

Ends all open Coroutines.

public static void StopAllCoroutines()

StopCoroutine(Coroutine?)

Ends all open Coroutines.

public static void StopCoroutine(Coroutine? Coroutine)

Parameters

Coroutine Coroutine

The Coroutine that will be closed.

_PhysicsProcess(float)

Called during the physics processing step of the main loop. Physics processing means that the frame rate is synced to the physics, i.e. the delta variable should be constant. delta is in seconds.

It is only called if physics processing is enabled, which is done automatically if this method is overridden, and can be toggled with SetPhysicsProcess(bool).

Corresponds to the Godot.Node.NotificationPhysicsProcess notification in _Notification(int).

Note: This method is only called if the node is present in the scene tree (i.e. if it's not an orphan).

public override void _PhysicsProcess(float delta)

Parameters

delta float

_Process(float)

Called during the processing step of the main loop. Processing happens at every frame and as fast as possible, so the delta time since the previous frame is not constant. delta is in seconds.

It is only called if processing is enabled, which is done automatically if this method is overridden, and can be toggled with SetProcess(bool).

Corresponds to the Godot.Node.NotificationProcess notification in _Notification(int).

Note: This method is only called if the node is present in the scene tree (i.e. if it's not an orphan).

public override void _Process(float delta)

Parameters

delta float

_Ready()

Called when the node is "ready", i.e. when both the node and its children have entered the scene tree. If the node has children, their Godot.Node._Ready() callbacks get triggered first, and the parent node will receive the ready notification afterwards.

Corresponds to the Godot.Node.NotificationReady notification in _Notification(int). See also the onready keyword for variables.

Usually used for initialization. For even earlier initialization, may be used. See also Godot.Node._EnterTree().

Note: Godot.Node._Ready() may be called only once for each node. After removing a node from the scene tree and adding it again, _ready will not be called a second time. This can be bypassed by requesting another call with Godot.Node.RequestReady(), which may be called anywhere before adding the node again.

public override void _Ready()