,Android.Views.View})}

ReactiveViewHost() constructor¶

Defined in

Type: ReactiveViewHost Namespace: ReactiveUI.Reactive Assembly: ReactiveUI.Reactive.dll

Applies to

net10.0-android36.0

Overloads¶

1. protected ReactiveViewHost()
2. protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent)
3. protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent, bool attachToRoot)
4. protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent, bool attachToRoot, Action<ReactiveViewHost<TViewModel>, View> bind)
5. protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent, bool attachToRoot, bool performAutoWireup, ControlFetcherMixins.ResolveStrategy resolveStrategy)

1. Overload¶

protected ReactiveViewHost()

View source

Summary: Initializes a new instance of the ReactiveViewHost class.

Remarks

This constructor performs no inflation or wiring and is AOT-safe. Derived types may assign View manually.

2. Overload¶

protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent)

View source

Summary: Initializes a new instance of the ReactiveViewHost class by inflating a layout resource.

Parameters

Name	Type	Description
`ctx`	`Context`	The Android context.
`layoutId`	int	The layout resource identifier.
`parent`	`ViewGroup`	The parent view group.

Remarks

        This constructor is fully AOT- and trimming-safe and performs no reflection-based auto-wireup.
        The inflated view is not attached to the parent.

3. Overload¶

protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent, bool attachToRoot)

View source

Summary: Initializes a new instance of the ReactiveViewHost class by inflating a layout resource.

Parameters

Name	Type	Description
`ctx`	`Context`	The Android context.
`layoutId`	int	The layout resource identifier.
`parent`	`ViewGroup`	The parent view group.
`attachToRoot`	bool	Whether to attach the inflated view to the parent.

Remarks

        This constructor is fully AOT- and trimming-safe and performs no reflection-based auto-wireup.

4. Overload¶

protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent, bool attachToRoot, Action<ReactiveViewHost<TViewModel>, View> bind)

View source

Summary: Initializes a new instance of the ReactiveViewHost class by inflating a layout resource and invoking an explicit, AOT-safe binder callback.

Parameters

Name	Type	Description
`ctx`	`Context`	The Android context.
`layoutId`	int	The layout resource identifier.
`parent`	`ViewGroup`	The parent view group.
`attachToRoot`	bool	Whether to attach the inflated view to the parent.
`bind`	Action, View>	A callback responsible for explicitly wiring child views to the host.

Remarks

        This constructor is fully AOT-safe and avoids reflection entirely.

Exceptions

Type	Condition
System.ArgumentNullException	Thrown when `bind` is `null`.

5. Overload¶

Attributes: [RequiresUnreferencedCode("Legacy auto-wireup uses reflection and member discovery.")] [RequiresDynamicCode("Legacy auto-wireup relies on runtime type inspection.")]

protected ReactiveViewHost(Context ctx, int layoutId, ViewGroup parent, bool attachToRoot, bool performAutoWireup, ControlFetcherMixins.ResolveStrategy resolveStrategy)

View source

Summary: Initializes a new instance of the ReactiveViewHost class by inflating a layout resource and optionally performing reflection-based auto-wireup.

Parameters

Name	Type	Description
`ctx`	`Context`	The Android context.
`layoutId`	int	The layout resource identifier.
`parent`	`ViewGroup`	The parent view group.
`attachToRoot`	bool	Whether to attach the inflated view to the parent.
`performAutoWireup`	bool	If `true`, performs automatic wiring using reflection.
`resolveStrategy`	[ResolveStrategy](#	The member resolution strategy used during auto-wireup.

Remarks

This constructor exists for backward compatibility and is not trimming/AOT safe when performAutoWireup is true.