Class Marshalling

Namespace

Xui.Runtime.IOS

Assembly

Xui.Runtime.IOS.dll

public static class Marshalling

Inheritance

object

Marshalling

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

Delete(nint)

public static void Delete(nint id)

Parameters

id nint

Get<T>(nint)

Used to get the C# instance responsible for an Objective-C instance.

public static T Get<T>(nint objCInstance)

Parameters

objCInstance nint

Returns

T

Type Parameters

T

ObjCToCSharpNullable<T>(nint)

public static T? ObjCToCSharpNullable<T>(nint objCInstance) where T : class

Parameters

objCInstance nint

Returns

T

Type Parameters

T

ObjCToCSharp<T>(nint)

public static T ObjCToCSharp<T>(nint objCInstance)

Parameters

objCInstance nint

Returns

T

Type Parameters

T

Set(nint, object)

public static void Set(nint objCInstance, object cSharpInstance)

Parameters

objCInstance nint

cSharpInstance object

SetClassWrapper(nint, Func<nint, object>)

Registers a class wrapper for Objective-C instances. It is recommended you construct the complete object graph in C#, and have C# instances responsible for the Objecitve-C counterparts, with complete ownership including lifespan.

In some cases, like dealing with singletons however, you will get Objective-C instances constructed by the runtime, and the method here will allow registering factories.

However wrapped instances will often retain the native one, and you will need to device an per-case plan how to deal with the lifetime of these.

public static void SetClassWrapper(nint objCClass, Func<nint, object> factory)

Parameters

objCClass nint

factory Func<nint, object>