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Created April 24, 2024 16:41
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generator-diff/generator.diff
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generator.diff
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diff --git a/old/dotnet/IDE/obj/common/bgen/bgen.AssemblyInfo.cs b/new/dotnet/IDE/obj/common/bgen/bgen.AssemblyInfo.cs
index 11b52b1..5944e37 100644
--- a/old/dotnet/IDE/obj/common/bgen/bgen.AssemblyInfo.cs
+++ b/new/dotnet/IDE/obj/common/bgen/bgen.AssemblyInfo.cs
@@ -13,7 +13,7 @@ using System.Reflection;
[assembly: System.Reflection.AssemblyCompanyAttribute("bgen")]
[assembly: System.Reflection.AssemblyConfigurationAttribute("Debug")]
[assembly: System.Reflection.AssemblyFileVersionAttribute("1.0.0.0")]
-[assembly: System.Reflection.AssemblyInformationalVersionAttribute("1.0.0+cb34348455712741ad2b5fcc9c18800df88d4643")]
+[assembly: System.Reflection.AssemblyInformationalVersionAttribute("1.0.0+e64f4429bc88173b308902964a8bf2ebf4894725")]
[assembly: System.Reflection.AssemblyProductAttribute("bgen")]
[assembly: System.Reflection.AssemblyTitleAttribute("bgen")]
[assembly: System.Reflection.AssemblyVersionAttribute("1.0.0.0")]
diff --git a/old/dotnet/IDE/obj/common/bgen/bgen.sourcelink.json b/new/dotnet/IDE/obj/common/bgen/bgen.sourcelink.json
index 56c172b..6e54984 100644
--- a/old/dotnet/IDE/obj/common/bgen/bgen.sourcelink.json
+++ b/new/dotnet/IDE/obj/common/bgen/bgen.sourcelink.json
@@ -1 +1 @@
-{"documents":{"/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/*":"https://raw.githubusercontent.com/xamarin/xamarin-macios/cb34348455712741ad2b5fcc9c18800df88d4643/*","/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/external/api-tools/*":"https://raw.githubusercontent.com/xamarin/api-tools/1fbbe003a141231439c08b23989d3dc910bd6182/*","/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/external/macios-binaries/*":"https://raw.githubusercontent.com/xamarin/macios-binaries/7813391e75d7373ee073ef2d5716e3c607c8636a/*","/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/external/MonoTouch.Dialog/*":"https://raw.githubusercontent.com/xamarin/MonoTouch.Dialog/77b3337dbbc9e3e2f1b06dab3d37d2822488b0b3/*","/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/external/opentk/*":"https://raw.githubusercontent.com/mono/opentk/396bc90c7ac2e7ce442840a5e8bd91e5e79b381e/*","/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/external/Touch.Unit/*":"https://raw.githubusercontent.com/xamarin/Touch.Unit/92a072683b69b2f61f235a7a249c2c7f261236d4/*","/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/external/Xamarin.MacDev/*":"https://raw.githubusercontent.com/xamarin/Xamarin.MacDev/d1ed5a2dbb0e8f3d91b9bb91e0c921ae90403b7d/*"}}
\ No newline at end of file
+{"documents":{"/Users/builder/azdo/_work/1/s/xamarin-macios/*":"https://raw.githubusercontent.com/xamarin/xamarin-macios/e64f4429bc88173b308902964a8bf2ebf4894725/*","/Users/builder/azdo/_work/1/s/xamarin-macios/external/api-tools/*":"https://raw.githubusercontent.com/xamarin/api-tools/1fbbe003a141231439c08b23989d3dc910bd6182/*","/Users/builder/azdo/_work/1/s/xamarin-macios/external/macios-binaries/*":"https://raw.githubusercontent.com/xamarin/macios-binaries/7813391e75d7373ee073ef2d5716e3c607c8636a/*","/Users/builder/azdo/_work/1/s/xamarin-macios/external/MonoTouch.Dialog/*":"https://raw.githubusercontent.com/xamarin/MonoTouch.Dialog/77b3337dbbc9e3e2f1b06dab3d37d2822488b0b3/*","/Users/builder/azdo/_work/1/s/xamarin-macios/external/opentk/*":"https://raw.githubusercontent.com/mono/opentk/396bc90c7ac2e7ce442840a5e8bd91e5e79b381e/*","/Users/builder/azdo/_work/1/s/xamarin-macios/external/Touch.Unit/*":"https://raw.githubusercontent.com/xamarin/Touch.Unit/92a072683b69b2f61f235a7a249c2c7f261236d4/*","/Users/builder/azdo/_work/1/s/xamarin-macios/external/Xamarin.MacDev/*":"https://raw.githubusercontent.com/xamarin/Xamarin.MacDev/d1ed5a2dbb0e8f3d91b9bb91e0c921ae90403b7d/*"}}
\ No newline at end of file
diff --git a/old/dotnet/ios/SourceLink.json b/new/dotnet/ios/SourceLink.json
index 57c6a44..1b0c1b6 100644
--- a/old/dotnet/ios/SourceLink.json
+++ b/new/dotnet/ios/SourceLink.json
@@ -1,5 +1,5 @@
{
"documents": {
- "/Users/builder/azdo/_work/1/a/change-detection/tmp/src/xamarin-macios/src*": "https://raw.githubusercontent.com/xamarin/xamarin-macios/cb34348455712741ad2b5fcc9c18800df88d4643/src*"
+ "/Users/builder/azdo/_work/1/s/xamarin-macios/src*": "https://raw.githubusercontent.com/xamarin/xamarin-macios/e64f4429bc88173b308902964a8bf2ebf4894725/src*"
}
}
diff --git a/old/dotnet/ios/doc/Microsoft.iOS.xml b/new/dotnet/ios/doc/Microsoft.iOS.xml
index 317ce3c..b6bc9f6 100644
--- a/old/dotnet/ios/doc/Microsoft.iOS.xml
+++ b/new/dotnet/ios/doc/Microsoft.iOS.xml
@@ -987,6 +987,138 @@
</para>
</remarks>
</member>
+ <member name="T:ARKit.ARCoachingOverlayView.ARCoachingOverlayViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:ARKit.ARCoachingOverlayView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:ARKit.ARCoachingOverlayView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:ARKit.ARCoachingOverlayView.Appearance" /> property or by calling <see cref="M:ARKit.ARCoachingOverlayView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:ARKit.ARCoachingOverlayView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:ARKit.ARCoachingOverlayView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARCoachingOverlayView" />, they should use the <see cref="M:ARKit.ARCoachingOverlayView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARCoachingOverlayView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARCoachingOverlayView.ARCoachingOverlayViewAppearance" /> for the subclass of <see cref="T:ARKit.ARCoachingOverlayView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARCoachingOverlayView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARCoachingOverlayView.Appearance" /> property, or the <see cref="M:ARKit.ARCoachingOverlayView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = ARCoachingOverlayView.GetAppearance<MyARCoachingOverlayViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARCoachingOverlayView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:ARKit.ARCoachingOverlayView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARCoachingOverlayView" />, they should use the <see cref="M:ARKit.ARCoachingOverlayView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARCoachingOverlayView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARCoachingOverlayView.ARCoachingOverlayViewAppearance" /> for <see cref="T:ARKit.ARCoachingOverlayView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARCoachingOverlayView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARCoachingOverlayView" />, they should use the <see cref="M:ARKit.ARCoachingOverlayView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARCoachingOverlayView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARCoachingOverlayView.ARCoachingOverlayViewAppearance" /> for <see cref="T:ARKit.ARCoachingOverlayView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARCoachingOverlayView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARCoachingOverlayView" />, they should use the <see cref="M:ARKit.ARCoachingOverlayView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARCoachingOverlayView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARCoachingOverlayView.ARCoachingOverlayViewAppearance" /> for the subclass of <see cref="T:ARKit.ARCoachingOverlayView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARCoachingOverlayView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARCoachingOverlayView.Appearance" /> property, or the <see cref="M:ARKit.ARCoachingOverlayView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARCoachingOverlayView.GetAppearance<MyARCoachingOverlayViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARCoachingOverlayView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARCoachingOverlayView.ARCoachingOverlayViewAppearance" /> for the subclass of <see cref="T:ARKit.ARCoachingOverlayView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARCoachingOverlayView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARCoachingOverlayView.Appearance" /> property, or the <see cref="M:ARKit.ARCoachingOverlayView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARCoachingOverlayView.GetAppearance<MyARCoachingOverlayViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="M:ARKit.ARCoachingOverlayViewDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
@@ -3516,6 +3648,138 @@
</para>
</remarks>
</member>
+ <member name="T:ARKit.ARSCNView.ARSCNViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:ARKit.ARSCNView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:ARKit.ARSCNView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:ARKit.ARSCNView.Appearance" /> property or by calling <see cref="M:ARKit.ARSCNView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:ARKit.ARSCNView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:ARKit.ARSCNView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSCNView" />, they should use the <see cref="M:ARKit.ARSCNView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSCNView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSCNView.ARSCNViewAppearance" /> for the subclass of <see cref="T:ARKit.ARSCNView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARSCNView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARSCNView.Appearance" /> property, or the <see cref="M:ARKit.ARSCNView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = ARSCNView.GetAppearance<MyARSCNViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSCNView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:ARKit.ARSCNView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSCNView" />, they should use the <see cref="M:ARKit.ARSCNView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSCNView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSCNView.ARSCNViewAppearance" /> for <see cref="T:ARKit.ARSCNView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSCNView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSCNView" />, they should use the <see cref="M:ARKit.ARSCNView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSCNView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSCNView.ARSCNViewAppearance" /> for <see cref="T:ARKit.ARSCNView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSCNView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSCNView" />, they should use the <see cref="M:ARKit.ARSCNView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSCNView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSCNView.ARSCNViewAppearance" /> for the subclass of <see cref="T:ARKit.ARSCNView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARSCNView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARSCNView.Appearance" /> property, or the <see cref="M:ARKit.ARSCNView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSCNView.GetAppearance<MyARSCNViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSCNView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSCNView.ARSCNViewAppearance" /> for the subclass of <see cref="T:ARKit.ARSCNView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARSCNView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARSCNView.Appearance" /> property, or the <see cref="M:ARKit.ARSCNView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSCNView.GetAppearance<MyARSCNViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="M:ARKit.ARSCNViewDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
@@ -3837,139 +4101,139 @@
</para>
</remarks>
</member>
- <member name="M:ARKit.ARSKViewDelegate.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="T:ARKit.ARSKView.ARSKViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:ARKit.ARSKView" />.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:ARKit.ARSKView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:ARKit.ARSKView.Appearance" /> property or by calling <see cref="M:ARKit.ARSKView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:ARKit.ARSKView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:ARKit.ARSKView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSKView" />, they should use the <see cref="M:ARKit.ARSKView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARSKView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSKView.ARSKViewAppearance" /> for the subclass of <see cref="T:ARKit.ARSKView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARSKView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARSKView.Appearance" /> property, or the <see cref="M:ARKit.ARSKView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = ARSKView.GetAppearance<MyARSKViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:ARKit.ARSKViewDelegate.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:ARKit.ARSKView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:ARKit.ARSKView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSKView" />, they should use the <see cref="M:ARKit.ARSKView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:ARKit.ARTrackedRaycast.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:ARKit.ARSKView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSKView.ARSKViewAppearance" /> for <see cref="T:ARKit.ARSKView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSKView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSKView" />, they should use the <see cref="M:ARKit.ARSKView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:ARKit.ARTrackedRaycast.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:ARKit.ARSKView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSKView.ARSKViewAppearance" /> for <see cref="T:ARKit.ARSKView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSKView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:ARKit.ARSKView" />, they should use the <see cref="M:ARKit.ARSKView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:ARKit.ARTrackedRaycast.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:ARKit.ARSKView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSKView.ARSKViewAppearance" /> for the subclass of <see cref="T:ARKit.ARSKView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARSKView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARSKView.Appearance" /> property, or the <see cref="M:ARKit.ARSKView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSKView.GetAppearance<MyARSKViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:ARKit.ARVideoFormat.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:ARKit.ARSKView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:ARKit.ARSKView.ARSKViewAppearance" /> for the subclass of <see cref="T:ARKit.ARSKView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:ARKit.ARSKView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:ARKit.ARSKView.Appearance" /> property, or the <see cref="M:ARKit.ARSKView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ARSKView.GetAppearance<MyARSKViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:ARKit.ARVideoFormat.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:ARKit.ARSKViewDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4016,7 +4280,7 @@
</example>
</remarks>
</member>
- <member name="M:ARKit.ARVideoFormat.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:ARKit.ARSKViewDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4026,7 +4290,7 @@
</para>
</remarks>
</member>
- <member name="P:ARKit.ARWorldMap.ClassHandle">
+ <member name="P:ARKit.ARTrackedRaycast.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4035,16 +4299,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:ARKit.ARWorldMap.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:ARKit.ARWorldMap.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:ARKit.ARTrackedRaycast.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4091,7 +4346,7 @@
</example>
</remarks>
</member>
- <member name="M:ARKit.ARWorldMap.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:ARKit.ARTrackedRaycast.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4101,7 +4356,7 @@
</para>
</remarks>
</member>
- <member name="P:ARKit.ARWorldTrackingConfiguration.ClassHandle">
+ <member name="P:ARKit.ARVideoFormat.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4110,7 +4365,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:ARKit.ARWorldTrackingConfiguration.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:ARKit.ARVideoFormat.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4157,7 +4412,7 @@
</example>
</remarks>
</member>
- <member name="M:ARKit.ARWorldTrackingConfiguration.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:ARKit.ARVideoFormat.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4167,7 +4422,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAssetDownloadStorageManagementPolicy.ClassHandle">
+ <member name="P:ARKit.ARWorldMap.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4176,7 +4431,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetDownloadStorageManagementPolicy.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:ARKit.ARWorldMap.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:ARKit.ARWorldMap.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4223,7 +4487,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetDownloadStorageManagementPolicy.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:ARKit.ARWorldMap.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4233,7 +4497,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVMutableAssetDownloadStorageManagementPolicy.ClassHandle">
+ <member name="P:ARKit.ARWorldTrackingConfiguration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4242,7 +4506,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVMutableAssetDownloadStorageManagementPolicy.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:ARKit.ARWorldTrackingConfiguration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4289,7 +4553,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVMutableAssetDownloadStorageManagementPolicy.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:ARKit.ARWorldTrackingConfiguration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4299,7 +4563,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAssetDownloadTask.ClassHandle">
+ <member name="P:AVFoundation.AVAssetDownloadStorageManagementPolicy.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4308,7 +4572,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetDownloadTask.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAssetDownloadStorageManagementPolicy.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4355,7 +4619,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetDownloadTask.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAssetDownloadStorageManagementPolicy.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4365,7 +4629,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAssetDownloadUrlSession.ClassHandle">
+ <member name="P:AVFoundation.AVMutableAssetDownloadStorageManagementPolicy.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4374,7 +4638,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetDownloadUrlSession.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVMutableAssetDownloadStorageManagementPolicy.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4421,7 +4685,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetDownloadUrlSession.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVMutableAssetDownloadStorageManagementPolicy.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4431,7 +4695,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAssetResourceLoadingDataRequest.ClassHandle">
+ <member name="P:AVFoundation.AVAssetDownloadTask.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4440,7 +4704,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetResourceLoadingDataRequest.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAssetDownloadTask.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4487,7 +4751,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAssetResourceLoadingDataRequest.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAssetDownloadTask.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4497,7 +4761,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioBuffer.ClassHandle">
+ <member name="P:AVFoundation.AVAssetDownloadUrlSession.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4506,7 +4770,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioBuffer.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAssetDownloadUrlSession.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4553,7 +4817,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioBuffer.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAssetDownloadUrlSession.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4563,7 +4827,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioChannelLayout.ClassHandle">
+ <member name="P:AVFoundation.AVAssetResourceLoadingDataRequest.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4572,16 +4836,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioChannelLayout.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:AVFoundation.AVAudioChannelLayout.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAssetResourceLoadingDataRequest.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4628,7 +4883,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioChannelLayout.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAssetResourceLoadingDataRequest.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4638,7 +4893,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioFormat.ClassHandle">
+ <member name="P:AVFoundation.AVAudioBuffer.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4647,16 +4902,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioFormat.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:AVFoundation.AVAudioFormat.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioBuffer.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4703,7 +4949,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioFormat.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioBuffer.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4713,7 +4959,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioPlayer.ClassHandle">
+ <member name="P:AVFoundation.AVAudioChannelLayout.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4722,73 +4968,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioPlayer.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
- <remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
- <example>
- <code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
- ]]></code>
- </example>
- </remarks>
- </member>
- <member name="M:AVFoundation.AVAudioPlayer.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:AVFoundation.AVAudioChannelLayout.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioRecorder.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:AVFoundation.AVAudioRecorder.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioChannelLayout.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4835,7 +5024,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioRecorder.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioChannelLayout.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4845,7 +5034,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioSessionDataSourceDescription.ClassHandle">
+ <member name="P:AVFoundation.AVAudioFormat.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4854,7 +5043,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSessionDataSourceDescription.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioFormat.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVAudioFormat.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4901,7 +5099,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSessionDataSourceDescription.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioFormat.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4911,7 +5109,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioSessionPortDescription.ClassHandle">
+ <member name="P:AVFoundation.AVAudioPlayer.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4920,7 +5118,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSessionPortDescription.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioPlayer.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -4967,7 +5165,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSessionPortDescription.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioPlayer.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -4977,7 +5175,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVAudioSinkNode.ClassHandle">
+ <member name="P:AVFoundation.AVAudioRecorder.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -4986,7 +5184,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSinkNode.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioRecorder.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -5033,7 +5231,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSinkNode.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioRecorder.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -5043,24 +5241,7 @@
</para>
</remarks>
</member>
- <member name="T:AVFoundation.AVAudioSourceNodeRenderHandler3">
- <summary>The delegate that will be called in a callback from <see cref="T:AudioToolbox.AVAudioSourceNode" />.</summary>
- <returns>An OSStatus result code. Return 0 to indicate success.</returns>
- <param name="isSilence">Indicates whether the supplied audio data only contains silence.</param>
- <param name="timestamp">The timestamp the audio renders (HAL time).</param>
- <param name="frameCount">The number of frames of audio to supply.</param>
- <param name="outputData">The <see cref="T:AudioToolbox.AudioBuffers" /> that contains the supplied audio data when the callback returns.</param>
- </member>
- <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioSourceNodeRenderHandler3)">
- <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
- <param name="renderHandler">The callback that will be called to supply audio data.</param>
- </member>
- <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioFormat,AVFoundation.AVAudioSourceNodeRenderHandler3)">
- <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
- <param name="format">The format of the PCM audio data the callback supplies.</param>
- <param name="renderHandler">The callback that will be called to supply audio data.</param>
- </member>
- <member name="P:AVFoundation.AVAudioSourceNode.ClassHandle">
+ <member name="P:AVFoundation.AVAudioSessionDataSourceDescription.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -5069,7 +5250,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSourceNode.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioSessionDataSourceDescription.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -5116,7 +5297,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSourceNode.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioSessionDataSourceDescription.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -5126,16 +5307,7 @@
</para>
</remarks>
</member>
- <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioSourceNodeRenderHandlerRaw)">
- <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
- <param name="renderHandler">The callback that will be called to supply audio data.</param>
- </member>
- <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioFormat,AVFoundation.AVAudioSourceNodeRenderHandlerRaw)">
- <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
- <param name="format">The format of the PCM audio data the callback supplies.</param>
- <param name="renderHandler">The callback that will be called to supply audio data.</param>
- </member>
- <member name="P:AVFoundation.AVCaptureDeviceInput.ClassHandle">
+ <member name="P:AVFoundation.AVAudioSessionPortDescription.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -5144,7 +5316,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureDeviceInput.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioSessionPortDescription.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -5191,7 +5363,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureDeviceInput.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioSessionPortDescription.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -5201,7 +5373,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVCaptureFileOutput.ClassHandle">
+ <member name="P:AVFoundation.AVAudioSinkNode.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -5210,7 +5382,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureFileOutput.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioSinkNode.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -5257,7 +5429,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureFileOutput.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioSinkNode.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -5267,7 +5439,24 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVCaptureMetadataOutput.ClassHandle">
+ <member name="T:AVFoundation.AVAudioSourceNodeRenderHandler3">
+ <summary>The delegate that will be called in a callback from <see cref="T:AudioToolbox.AVAudioSourceNode" />.</summary>
+ <returns>An OSStatus result code. Return 0 to indicate success.</returns>
+ <param name="isSilence">Indicates whether the supplied audio data only contains silence.</param>
+ <param name="timestamp">The timestamp the audio renders (HAL time).</param>
+ <param name="frameCount">The number of frames of audio to supply.</param>
+ <param name="outputData">The <see cref="T:AudioToolbox.AudioBuffers" /> that contains the supplied audio data when the callback returns.</param>
+ </member>
+ <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioSourceNodeRenderHandler3)">
+ <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
+ <param name="renderHandler">The callback that will be called to supply audio data.</param>
+ </member>
+ <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioFormat,AVFoundation.AVAudioSourceNodeRenderHandler3)">
+ <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
+ <param name="format">The format of the PCM audio data the callback supplies.</param>
+ <param name="renderHandler">The callback that will be called to supply audio data.</param>
+ </member>
+ <member name="P:AVFoundation.AVAudioSourceNode.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -5276,7 +5465,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureMetadataOutput.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVAudioSourceNode.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -5323,7 +5512,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureMetadataOutput.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVAudioSourceNode.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -5333,7 +5522,16 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVCaptureSynchronizedDataCollection.ClassHandle">
+ <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioSourceNodeRenderHandlerRaw)">
+ <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
+ <param name="renderHandler">The callback that will be called to supply audio data.</param>
+ </member>
+ <member name="M:AVFoundation.AVAudioSourceNode.#ctor(AVFoundation.AVAudioFormat,AVFoundation.AVAudioSourceNodeRenderHandlerRaw)">
+ <summary>Creates an <see cref="T:AudioToolbox.AVAudioSourceNode" /> with the specified callback to render audio.</summary>
+ <param name="format">The format of the PCM audio data the callback supplies.</param>
+ <param name="renderHandler">The callback that will be called to supply audio data.</param>
+ </member>
+ <member name="P:AVFoundation.AVCaptureDeviceInput.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -5342,7 +5540,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureSynchronizedDataCollection.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVCaptureDeviceInput.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -5389,7 +5587,7 @@
</example>
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureSynchronizedDataCollection.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:AVFoundation.AVCaptureDeviceInput.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -5399,7 +5597,7 @@
</para>
</remarks>
</member>
- <member name="P:AVFoundation.AVCaptureVideoPreviewLayer.ClassHandle">
+ <member name="P:AVFoundation.AVCaptureFileOutput.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -5408,16 +5606,214 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:AVFoundation.AVCaptureVideoPreviewLayer.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:AVFoundation.AVCaptureVideoPreviewLayer.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVFoundation.AVCaptureFileOutput.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureFileOutput.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:AVFoundation.AVCaptureMetadataOutput.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureMetadataOutput.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureMetadataOutput.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:AVFoundation.AVCaptureSynchronizedDataCollection.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureSynchronizedDataCollection.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureSynchronizedDataCollection.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:AVFoundation.AVCaptureVideoPreviewLayer.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureVideoPreviewLayer.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:AVFoundation.AVCaptureVideoPreviewLayer.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -24050,73 +24446,205 @@
</para>
</remarks>
</member>
- <member name="M:AVKit.AVRoutePickerViewDelegate.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="T:AVKit.AVRoutePickerView.AVRoutePickerViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:AVKit.AVRoutePickerView" />.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:AVKit.AVRoutePickerView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:AVKit.AVRoutePickerView.Appearance" /> property or by calling <see cref="M:AVKit.AVRoutePickerView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:AVKit.AVRoutePickerView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:AVKit.AVRoutePickerView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AVKit.AVRoutePickerView" />, they should use the <see cref="M:AVKit.AVRoutePickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:AVKit.AVRoutePickerView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:AVKit.AVRoutePickerView.AVRoutePickerViewAppearance" /> for the subclass of <see cref="T:AVKit.AVRoutePickerView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:AVKit.AVRoutePickerView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:AVKit.AVRoutePickerView.Appearance" /> property, or the <see cref="M:AVKit.AVRoutePickerView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = AVRoutePickerView.GetAppearance<MyAVRoutePickerViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:AVKit.AVRoutePickerViewDelegate.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:AVKit.AVRoutePickerView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:AVKit.AVRoutePickerView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AVKit.AVRoutePickerView" />, they should use the <see cref="M:AVKit.AVRoutePickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:AVRouting.AVCustomDeviceRoute.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:AVKit.AVRoutePickerView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:AVKit.AVRoutePickerView.AVRoutePickerViewAppearance" /> for <see cref="T:AVKit.AVRoutePickerView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = AVRoutePickerView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AVKit.AVRoutePickerView" />, they should use the <see cref="M:AVKit.AVRoutePickerView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:AVRouting.AVCustomDeviceRoute.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:AVKit.AVRoutePickerView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:AVKit.AVRoutePickerView.AVRoutePickerViewAppearance" /> for <see cref="T:AVKit.AVRoutePickerView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = AVRoutePickerView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AVKit.AVRoutePickerView" />, they should use the <see cref="M:AVKit.AVRoutePickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AVKit.AVRoutePickerView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:AVKit.AVRoutePickerView.AVRoutePickerViewAppearance" /> for the subclass of <see cref="T:AVKit.AVRoutePickerView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:AVKit.AVRoutePickerView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:AVKit.AVRoutePickerView.Appearance" /> property, or the <see cref="M:AVKit.AVRoutePickerView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = AVRoutePickerView.GetAppearance<MyAVRoutePickerViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AVKit.AVRoutePickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:AVKit.AVRoutePickerView.AVRoutePickerViewAppearance" /> for the subclass of <see cref="T:AVKit.AVRoutePickerView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:AVKit.AVRoutePickerView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:AVKit.AVRoutePickerView.Appearance" /> property, or the <see cref="M:AVKit.AVRoutePickerView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = AVRoutePickerView.GetAppearance<MyAVRoutePickerViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AVKit.AVRoutePickerViewDelegate.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:AVKit.AVRoutePickerViewDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:AVRouting.AVCustomDeviceRoute.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:AVRouting.AVCustomDeviceRoute.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -25759,6 +26287,138 @@
</para>
</remarks>
</member>
+ <member name="T:AddressBookUI.ABPeoplePickerNavigationController.ABPeoplePickerNavigationControllerAppearance">
+ <summary>Appearance class for objects of type <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:AddressBookUI.ABPeoplePickerNavigationController.Appearance" /> property or by calling <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:AddressBookUI.ABPeoplePickerNavigationController.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />, they should use the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:AddressBookUI.ABPeoplePickerNavigationController.ABPeoplePickerNavigationControllerAppearance" /> for the subclass of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:AddressBookUI.ABPeoplePickerNavigationController.Appearance" /> property, or the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = ABPeoplePickerNavigationController.GetAppearance<MyABPeoplePickerNavigationControllerSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AddressBookUI.ABPeoplePickerNavigationController.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />, they should use the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:AddressBookUI.ABPeoplePickerNavigationController.ABPeoplePickerNavigationControllerAppearance" /> for <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ABPeoplePickerNavigationController.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />, they should use the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:AddressBookUI.ABPeoplePickerNavigationController.ABPeoplePickerNavigationControllerAppearance" /> for <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ABPeoplePickerNavigationController.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />, they should use the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:AddressBookUI.ABPeoplePickerNavigationController.ABPeoplePickerNavigationControllerAppearance" /> for the subclass of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:AddressBookUI.ABPeoplePickerNavigationController.Appearance" /> property, or the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ABPeoplePickerNavigationController.GetAppearance<MyABPeoplePickerNavigationControllerSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:AddressBookUI.ABPeoplePickerNavigationController.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:AddressBookUI.ABPeoplePickerNavigationController.ABPeoplePickerNavigationControllerAppearance" /> for the subclass of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:AddressBookUI.ABPeoplePickerNavigationController" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:AddressBookUI.ABPeoplePickerNavigationController.Appearance" /> property, or the <see cref="M:AddressBookUI.ABPeoplePickerNavigationController.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = ABPeoplePickerNavigationController.GetAppearance<MyABPeoplePickerNavigationControllerSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:AddressBookUI.ABPersonViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -26420,140 +27080,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIAlertView.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UIActionSheet.UIActionSheetAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIActionSheet" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIActionSheet" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIActionSheet.Appearance" /> property or by calling <see cref="M:UIKit.UIActionSheet.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIAlertView.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="P:UIKit.UIActionSheet.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIActionSheet" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActionSheet" />, they should use the <see cref="M:UIKit.UIActionSheet.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uialertview/1620779-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIAlertView.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIActionSheet.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActionSheet.UIActionSheetAppearance" /> for the subclass of <see cref="T:UIKit.UIActionSheet" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIActionSheet" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIActionSheet.Appearance" /> property, or the <see cref="M:UIKit.UIActionSheet.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIActionSheet.GetAppearance<MyUIActionSheetSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIAlertView.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIActionSheet.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIActionSheet" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActionSheet" />, they should use the <see cref="M:UIKit.UIActionSheet.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIAppearance.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIActionSheet.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActionSheet.UIActionSheetAppearance" /> for <see cref="T:UIKit.UIActionSheet" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActionSheet.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActionSheet" />, they should use the <see cref="M:UIKit.UIActionSheet.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIAppearance.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIActionSheet.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActionSheet.UIActionSheetAppearance" /> for <see cref="T:UIKit.UIActionSheet" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActionSheet.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActionSheet" />, they should use the <see cref="M:UIKit.UIActionSheet.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIApplication.ClassHandle">
+ <member name="M:UIKit.UIActionSheet.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActionSheet.UIActionSheetAppearance" /> for the subclass of <see cref="T:UIKit.UIActionSheet" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIActionSheet" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIActionSheet.Appearance" /> property, or the <see cref="M:UIKit.UIActionSheet.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActionSheet.GetAppearance<MyUIActionSheetSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActionSheet.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActionSheet.UIActionSheetAppearance" /> for the subclass of <see cref="T:UIKit.UIActionSheet" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIActionSheet" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIActionSheet.Appearance" /> property, or the <see cref="M:UIKit.UIActionSheet.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActionSheet.GetAppearance<MyUIActionSheetSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIAlertView.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -26562,7 +27221,272 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIApplication.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIAlertView.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uialertview/1620779-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UIAlertView.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="T:UIKit.UIAlertView.UIAlertViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIAlertView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIAlertView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIAlertView.Appearance" /> property or by calling <see cref="M:UIKit.UIAlertView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIAlertView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIAlertView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIAlertView" />, they should use the <see cref="M:UIKit.UIAlertView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIAlertView.UIAlertViewAppearance" /> for the subclass of <see cref="T:UIKit.UIAlertView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIAlertView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIAlertView.Appearance" /> property, or the <see cref="M:UIKit.UIAlertView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIAlertView.GetAppearance<MyUIAlertViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIAlertView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIAlertView" />, they should use the <see cref="M:UIKit.UIAlertView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIAlertView.UIAlertViewAppearance" /> for <see cref="T:UIKit.UIAlertView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIAlertView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIAlertView" />, they should use the <see cref="M:UIKit.UIAlertView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIAlertView.UIAlertViewAppearance" /> for <see cref="T:UIKit.UIAlertView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIAlertView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIAlertView" />, they should use the <see cref="M:UIKit.UIAlertView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIAlertView.UIAlertViewAppearance" /> for the subclass of <see cref="T:UIKit.UIAlertView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIAlertView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIAlertView.Appearance" /> property, or the <see cref="M:UIKit.UIAlertView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIAlertView.GetAppearance<MyUIAlertViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAlertView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIAlertView.UIAlertViewAppearance" /> for the subclass of <see cref="T:UIKit.UIAlertView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIAlertView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIAlertView.Appearance" /> property, or the <see cref="M:UIKit.UIAlertView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIAlertView.GetAppearance<MyUIAlertViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAppearance.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIAppearance.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIApplication.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIApplication.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -27365,6 +28289,145 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIBarButtonItem.UIBarButtonItemAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIBarButtonItem" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIBarButtonItem" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIBarButtonItem.Appearance" /> property or by calling <see cref="M:UIKit.UIBarButtonItem.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIBarButtonItem.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIBarButtonItem" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarButtonItem" />, they should use the <see cref="M:UIKit.UIBarButtonItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarButtonItem.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarButtonItem.UIBarButtonItemAppearance" /> for the subclass of <see cref="T:UIKit.UIBarButtonItem" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIBarButtonItem" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIBarButtonItem.Appearance" /> property, or the <see cref="M:UIKit.UIBarButtonItem.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIBarButtonItem.GetAppearance<MyUIBarButtonItemSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarButtonItem.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIBarButtonItem" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarButtonItem" />, they should use the <see cref="M:UIKit.UIBarButtonItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarButtonItem.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarButtonItem.UIBarButtonItemAppearance" /> for <see cref="T:UIKit.UIBarButtonItem" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarButtonItem.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarButtonItem" />, they should use the <see cref="M:UIKit.UIBarButtonItem.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarButtonItem.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarButtonItem.UIBarButtonItemAppearance" /> for <see cref="T:UIKit.UIBarButtonItem" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarButtonItem.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarButtonItem" />, they should use the <see cref="M:UIKit.UIBarButtonItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarButtonItem.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarButtonItem.UIBarButtonItemAppearance" /> for the subclass of <see cref="T:UIKit.UIBarButtonItem" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIBarButtonItem" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIBarButtonItem.Appearance" /> property, or the <see cref="M:UIKit.UIBarButtonItem.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarButtonItem.GetAppearance<MyUIBarButtonItemSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarButtonItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarButtonItem.UIBarButtonItemAppearance" /> for the subclass of <see cref="T:UIKit.UIBarButtonItem" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIBarButtonItem" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIBarButtonItem.Appearance" /> property, or the <see cref="M:UIKit.UIBarButtonItem.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarButtonItem.GetAppearance<MyUIBarButtonItemSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="T:UIKit.UIBarItem.UIBarItemAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIBarItem" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIBarItem" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIBarItem.Appearance" /> property or by calling <see cref="M:UIKit.UIBarItem.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UIBarItem.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -27441,6 +28504,131 @@
</para>
</remarks>
</member>
+ <member name="P:UIKit.UIBarItem.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIBarItem" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarItem" />, they should use the <see cref="M:UIKit.UIBarItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarItem.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarItem.UIBarItemAppearance" /> for the subclass of <see cref="T:UIKit.UIBarItem" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIBarItem" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIBarItem.Appearance" /> property, or the <see cref="M:UIKit.UIBarItem.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIBarItem.GetAppearance<MyUIBarItemSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarItem.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIBarItem" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarItem" />, they should use the <see cref="M:UIKit.UIBarItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarItem.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarItem.UIBarItemAppearance" /> for <see cref="T:UIKit.UIBarItem" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarItem.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarItem" />, they should use the <see cref="M:UIKit.UIBarItem.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarItem.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarItem.UIBarItemAppearance" /> for <see cref="T:UIKit.UIBarItem" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarItem.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIBarItem" />, they should use the <see cref="M:UIKit.UIBarItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarItem.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarItem.UIBarItemAppearance" /> for the subclass of <see cref="T:UIKit.UIBarItem" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIBarItem" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIBarItem.Appearance" /> property, or the <see cref="M:UIKit.UIBarItem.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarItem.GetAppearance<MyUIBarItemSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIBarItem.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIBarItem.UIBarItemAppearance" /> for the subclass of <see cref="T:UIKit.UIBarItem" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIBarItem" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIBarItem.Appearance" /> property, or the <see cref="M:UIKit.UIBarItem.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIBarItem.GetAppearance<MyUIBarItemSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="T:UIKit.UIBarItem.Notifications">
<summary>Notifications posted by the <see cref="T:UIKit.UIBarItem" /> class.</summary>
<remarks>
@@ -28614,6 +29802,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIButton.UIButtonAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIButton" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIButton" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIButton.Appearance" /> property or by calling <see cref="M:UIKit.UIButton.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIButton.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIButton" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIButton" />, they should use the <see cref="M:UIKit.UIButton.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIButton.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIButton.UIButtonAppearance" /> for the subclass of <see cref="T:UIKit.UIButton" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIButton" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIButton.Appearance" /> property, or the <see cref="M:UIKit.UIButton.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIButton.GetAppearance<MyUIButtonSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIButton.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIButton" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIButton" />, they should use the <see cref="M:UIKit.UIButton.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIButton.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIButton.UIButtonAppearance" /> for <see cref="T:UIKit.UIButton" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIButton.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIButton" />, they should use the <see cref="M:UIKit.UIButton.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIButton.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIButton.UIButtonAppearance" /> for <see cref="T:UIKit.UIButton" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIButton.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIButton" />, they should use the <see cref="M:UIKit.UIButton.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIButton.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIButton.UIButtonAppearance" /> for the subclass of <see cref="T:UIKit.UIButton" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIButton" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIButton.Appearance" /> property, or the <see cref="M:UIKit.UIButton.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIButton.GetAppearance<MyUIButtonSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIButton.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIButton.UIButtonAppearance" /> for the subclass of <see cref="T:UIKit.UIButton" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIButton" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIButton.Appearance" /> property, or the <see cref="M:UIKit.UIButton.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIButton.GetAppearance<MyUIButtonSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UICellAccessory.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -28766,6 +30086,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UICollectionView.UICollectionViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UICollectionView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UICollectionView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UICollectionView.Appearance" /> property or by calling <see cref="M:UIKit.UICollectionView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UICollectionView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UICollectionView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionView" />, they should use the <see cref="M:UIKit.UICollectionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionView.UICollectionViewAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionView.Appearance" /> property, or the <see cref="M:UIKit.UICollectionView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UICollectionView.GetAppearance<MyUICollectionViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UICollectionView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionView" />, they should use the <see cref="M:UIKit.UICollectionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionView.UICollectionViewAppearance" /> for <see cref="T:UIKit.UICollectionView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionView" />, they should use the <see cref="M:UIKit.UICollectionView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionView.UICollectionViewAppearance" /> for <see cref="T:UIKit.UICollectionView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionView" />, they should use the <see cref="M:UIKit.UICollectionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionView.UICollectionViewAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionView.Appearance" /> property, or the <see cref="M:UIKit.UICollectionView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionView.GetAppearance<MyUICollectionViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionView.UICollectionViewAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionView.Appearance" /> property, or the <see cref="M:UIKit.UICollectionView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionView.GetAppearance<MyUICollectionViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UICollectionViewLayout.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -29059,6 +30511,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIControl.UIControlAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIControl" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIControl" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIControl.Appearance" /> property or by calling <see cref="M:UIKit.UIControl.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIControl.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIControl" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIControl" />, they should use the <see cref="M:UIKit.UIControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIControl.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIControl.UIControlAppearance" /> for the subclass of <see cref="T:UIKit.UIControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIControl" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIControl.Appearance" /> property, or the <see cref="M:UIKit.UIControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIControl.GetAppearance<MyUIControlSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIControl.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIControl" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIControl" />, they should use the <see cref="M:UIKit.UIControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIControl.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIControl.UIControlAppearance" /> for <see cref="T:UIKit.UIControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIControl.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIControl" />, they should use the <see cref="M:UIKit.UIControl.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIControl.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIControl.UIControlAppearance" /> for <see cref="T:UIKit.UIControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIControl.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIControl" />, they should use the <see cref="M:UIKit.UIControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIControl.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIControl.UIControlAppearance" /> for the subclass of <see cref="T:UIKit.UIControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIControl.Appearance" /> property, or the <see cref="M:UIKit.UIControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIControl.GetAppearance<MyUIControlSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIControl.UIControlAppearance" /> for the subclass of <see cref="T:UIKit.UIControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIControl.Appearance" /> property, or the <see cref="M:UIKit.UIControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIControl.GetAppearance<MyUIControlSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UIDevice.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -31805,6 +33389,13 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UINavigationBar.UINavigationBarAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UINavigationBar" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UINavigationBar" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UINavigationBar.Appearance" /> property or by calling <see cref="M:UIKit.UINavigationBar.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UINavigationBar.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -31881,6 +33472,131 @@
</para>
</remarks>
</member>
+ <member name="P:UIKit.UINavigationBar.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UINavigationBar" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UINavigationBar" />, they should use the <see cref="M:UIKit.UINavigationBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UINavigationBar.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UINavigationBar.UINavigationBarAppearance" /> for the subclass of <see cref="T:UIKit.UINavigationBar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UINavigationBar" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UINavigationBar.Appearance" /> property, or the <see cref="M:UIKit.UINavigationBar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UINavigationBar.GetAppearance<MyUINavigationBarSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UINavigationBar.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UINavigationBar" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UINavigationBar" />, they should use the <see cref="M:UIKit.UINavigationBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UINavigationBar.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UINavigationBar.UINavigationBarAppearance" /> for <see cref="T:UIKit.UINavigationBar" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UINavigationBar.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UINavigationBar" />, they should use the <see cref="M:UIKit.UINavigationBar.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UINavigationBar.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UINavigationBar.UINavigationBarAppearance" /> for <see cref="T:UIKit.UINavigationBar" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UINavigationBar.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UINavigationBar" />, they should use the <see cref="M:UIKit.UINavigationBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UINavigationBar.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UINavigationBar.UINavigationBarAppearance" /> for the subclass of <see cref="T:UIKit.UINavigationBar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UINavigationBar" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UINavigationBar.Appearance" /> property, or the <see cref="M:UIKit.UINavigationBar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UINavigationBar.GetAppearance<MyUINavigationBarSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UINavigationBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UINavigationBar.UINavigationBarAppearance" /> for the subclass of <see cref="T:UIKit.UINavigationBar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UINavigationBar" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UINavigationBar.Appearance" /> property, or the <see cref="M:UIKit.UINavigationBar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UINavigationBar.GetAppearance<MyUINavigationBarSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UINavigationController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -32260,73 +33976,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIPopoverController.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UIPickerView.UIPickerViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIPickerView" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIPickerView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIPickerView.Appearance" /> property or by calling <see cref="M:UIKit.UIPickerView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIPopoverController.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="P:UIKit.UIPickerView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIPickerView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPickerView" />, they should use the <see cref="M:UIKit.UIPickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPickerView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPickerView.UIPickerViewAppearance" /> for the subclass of <see cref="T:UIKit.UIPickerView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPickerView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPickerView.Appearance" /> property, or the <see cref="M:UIKit.UIPickerView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIPickerView.GetAppearance<MyUIPickerViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIPopoverController.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIPickerView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIPickerView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPickerView" />, they should use the <see cref="M:UIKit.UIPickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIPopoverPresentationController.ClassHandle">
+ <member name="M:UIKit.UIPickerView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPickerView.UIPickerViewAppearance" /> for <see cref="T:UIKit.UIPickerView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPickerView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPickerView" />, they should use the <see cref="M:UIKit.UIPickerView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPickerView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPickerView.UIPickerViewAppearance" /> for <see cref="T:UIKit.UIPickerView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPickerView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPickerView" />, they should use the <see cref="M:UIKit.UIPickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPickerView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPickerView.UIPickerViewAppearance" /> for the subclass of <see cref="T:UIKit.UIPickerView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPickerView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPickerView.Appearance" /> property, or the <see cref="M:UIKit.UIPickerView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPickerView.GetAppearance<MyUIPickerViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPickerView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPickerView.UIPickerViewAppearance" /> for the subclass of <see cref="T:UIKit.UIPickerView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPickerView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPickerView.Appearance" /> property, or the <see cref="M:UIKit.UIPickerView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPickerView.GetAppearance<MyUIPickerViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIPopoverController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -32335,7 +34117,73 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIPopoverPresentationController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIPopoverController.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverController.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIPopoverPresentationController.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverPresentationController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -32765,6 +34613,13 @@
</example>
</remarks>
</member>
+ <member name="T:UIKit.UISearchBar.UISearchBarAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UISearchBar" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UISearchBar" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UISearchBar.Appearance" /> property or by calling <see cref="M:UIKit.UISearchBar.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UISearchBar.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -32841,6 +34696,131 @@
</para>
</remarks>
</member>
+ <member name="P:UIKit.UISearchBar.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UISearchBar" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISearchBar" />, they should use the <see cref="M:UIKit.UISearchBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISearchBar.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISearchBar.UISearchBarAppearance" /> for the subclass of <see cref="T:UIKit.UISearchBar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UISearchBar" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UISearchBar.Appearance" /> property, or the <see cref="M:UIKit.UISearchBar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UISearchBar.GetAppearance<MyUISearchBarSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISearchBar.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UISearchBar" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISearchBar" />, they should use the <see cref="M:UIKit.UISearchBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISearchBar.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISearchBar.UISearchBarAppearance" /> for <see cref="T:UIKit.UISearchBar" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISearchBar.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISearchBar" />, they should use the <see cref="M:UIKit.UISearchBar.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISearchBar.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISearchBar.UISearchBarAppearance" /> for <see cref="T:UIKit.UISearchBar" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISearchBar.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISearchBar" />, they should use the <see cref="M:UIKit.UISearchBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISearchBar.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISearchBar.UISearchBarAppearance" /> for the subclass of <see cref="T:UIKit.UISearchBar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UISearchBar" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UISearchBar.Appearance" /> property, or the <see cref="M:UIKit.UISearchBar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISearchBar.GetAppearance<MyUISearchBarSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISearchBar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISearchBar.UISearchBarAppearance" /> for the subclass of <see cref="T:UIKit.UISearchBar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UISearchBar" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UISearchBar.Appearance" /> property, or the <see cref="M:UIKit.UISearchBar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISearchBar.GetAppearance<MyUISearchBarSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UISearchController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -32983,6 +34963,13 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UISegmentedControl.UISegmentedControlAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UISegmentedControl" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UISegmentedControl" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UISegmentedControl.Appearance" /> property or by calling <see cref="M:UIKit.UISegmentedControl.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UISegmentedControl.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -33059,6 +35046,131 @@
</para>
</remarks>
</member>
+ <member name="P:UIKit.UISegmentedControl.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UISegmentedControl" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISegmentedControl" />, they should use the <see cref="M:UIKit.UISegmentedControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISegmentedControl.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISegmentedControl.UISegmentedControlAppearance" /> for the subclass of <see cref="T:UIKit.UISegmentedControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UISegmentedControl" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UISegmentedControl.Appearance" /> property, or the <see cref="M:UIKit.UISegmentedControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UISegmentedControl.GetAppearance<MyUISegmentedControlSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISegmentedControl.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UISegmentedControl" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISegmentedControl" />, they should use the <see cref="M:UIKit.UISegmentedControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISegmentedControl.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISegmentedControl.UISegmentedControlAppearance" /> for <see cref="T:UIKit.UISegmentedControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISegmentedControl.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISegmentedControl" />, they should use the <see cref="M:UIKit.UISegmentedControl.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISegmentedControl.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISegmentedControl.UISegmentedControlAppearance" /> for <see cref="T:UIKit.UISegmentedControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISegmentedControl.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UISegmentedControl" />, they should use the <see cref="M:UIKit.UISegmentedControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISegmentedControl.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISegmentedControl.UISegmentedControlAppearance" /> for the subclass of <see cref="T:UIKit.UISegmentedControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UISegmentedControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UISegmentedControl.Appearance" /> property, or the <see cref="M:UIKit.UISegmentedControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISegmentedControl.GetAppearance<MyUISegmentedControlSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UISegmentedControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UISegmentedControl.UISegmentedControlAppearance" /> for the subclass of <see cref="T:UIKit.UISegmentedControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UISegmentedControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UISegmentedControl.Appearance" /> property, or the <see cref="M:UIKit.UISegmentedControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UISegmentedControl.GetAppearance<MyUISegmentedControlSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UITableView.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -33135,6 +35247,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UITableView.UITableViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UITableView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UITableView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UITableView.Appearance" /> property or by calling <see cref="M:UIKit.UITableView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UITableView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UITableView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableView" />, they should use the <see cref="M:UIKit.UITableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableView.UITableViewAppearance" /> for the subclass of <see cref="T:UIKit.UITableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITableView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITableView.Appearance" /> property, or the <see cref="M:UIKit.UITableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UITableView.GetAppearance<MyUITableViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UITableView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableView" />, they should use the <see cref="M:UIKit.UITableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableView.UITableViewAppearance" /> for <see cref="T:UIKit.UITableView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableView" />, they should use the <see cref="M:UIKit.UITableView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableView.UITableViewAppearance" /> for <see cref="T:UIKit.UITableView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableView" />, they should use the <see cref="M:UIKit.UITableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableView.UITableViewAppearance" /> for the subclass of <see cref="T:UIKit.UITableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITableView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITableView.Appearance" /> property, or the <see cref="M:UIKit.UITableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableView.GetAppearance<MyUITableViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableView.UITableViewAppearance" /> for the subclass of <see cref="T:UIKit.UITableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITableView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITableView.Appearance" /> property, or the <see cref="M:UIKit.UITableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableView.GetAppearance<MyUITableViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="T:UIKit.UITableView.Notifications">
<summary>Notifications posted by the <see cref="T:UIKit.UITableView" /> class.</summary>
<remarks>
@@ -33257,6 +35501,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UITableViewCell.UITableViewCellAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UITableViewCell" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UITableViewCell" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UITableViewCell.Appearance" /> property or by calling <see cref="M:UIKit.UITableViewCell.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UITableViewCell.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UITableViewCell" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableViewCell" />, they should use the <see cref="M:UIKit.UITableViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableViewCell.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableViewCell.UITableViewCellAppearance" /> for the subclass of <see cref="T:UIKit.UITableViewCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITableViewCell" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITableViewCell.Appearance" /> property, or the <see cref="M:UIKit.UITableViewCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UITableViewCell.GetAppearance<MyUITableViewCellSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableViewCell.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UITableViewCell" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableViewCell" />, they should use the <see cref="M:UIKit.UITableViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableViewCell.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableViewCell.UITableViewCellAppearance" /> for <see cref="T:UIKit.UITableViewCell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableViewCell.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableViewCell" />, they should use the <see cref="M:UIKit.UITableViewCell.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableViewCell.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableViewCell.UITableViewCellAppearance" /> for <see cref="T:UIKit.UITableViewCell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableViewCell.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITableViewCell" />, they should use the <see cref="M:UIKit.UITableViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableViewCell.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableViewCell.UITableViewCellAppearance" /> for the subclass of <see cref="T:UIKit.UITableViewCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITableViewCell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITableViewCell.Appearance" /> property, or the <see cref="M:UIKit.UITableViewCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableViewCell.GetAppearance<MyUITableViewCellSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITableViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITableViewCell.UITableViewCellAppearance" /> for the subclass of <see cref="T:UIKit.UITableViewCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITableViewCell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITableViewCell.Appearance" /> property, or the <see cref="M:UIKit.UITableViewCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITableViewCell.GetAppearance<MyUITableViewCellSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UITextField.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -33333,6 +35709,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UITextField.UITextFieldAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UITextField" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UITextField" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UITextField.Appearance" /> property or by calling <see cref="M:UIKit.UITextField.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UITextField.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UITextField" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextField" />, they should use the <see cref="M:UIKit.UITextField.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextField.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextField.UITextFieldAppearance" /> for the subclass of <see cref="T:UIKit.UITextField" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITextField" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITextField.Appearance" /> property, or the <see cref="M:UIKit.UITextField.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UITextField.GetAppearance<MyUITextFieldSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextField.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UITextField" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextField" />, they should use the <see cref="M:UIKit.UITextField.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextField.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextField.UITextFieldAppearance" /> for <see cref="T:UIKit.UITextField" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextField.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextField" />, they should use the <see cref="M:UIKit.UITextField.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextField.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextField.UITextFieldAppearance" /> for <see cref="T:UIKit.UITextField" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextField.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextField" />, they should use the <see cref="M:UIKit.UITextField.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextField.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextField.UITextFieldAppearance" /> for the subclass of <see cref="T:UIKit.UITextField" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITextField" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITextField.Appearance" /> property, or the <see cref="M:UIKit.UITextField.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextField.GetAppearance<MyUITextFieldSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextField.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextField.UITextFieldAppearance" /> for the subclass of <see cref="T:UIKit.UITextField" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITextField" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITextField.Appearance" /> property, or the <see cref="M:UIKit.UITextField.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextField.GetAppearance<MyUITextFieldSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="T:UIKit.UITextField.Notifications">
<summary>Notifications posted by the <see cref="T:UIKit.UITextField" /> class.</summary>
<remarks>
@@ -33572,6 +36080,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UITextView.UITextViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UITextView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UITextView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UITextView.Appearance" /> property or by calling <see cref="M:UIKit.UITextView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UITextView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UITextView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextView" />, they should use the <see cref="M:UIKit.UITextView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextView.UITextViewAppearance" /> for the subclass of <see cref="T:UIKit.UITextView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITextView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITextView.Appearance" /> property, or the <see cref="M:UIKit.UITextView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UITextView.GetAppearance<MyUITextViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UITextView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextView" />, they should use the <see cref="M:UIKit.UITextView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextView.UITextViewAppearance" /> for <see cref="T:UIKit.UITextView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextView" />, they should use the <see cref="M:UIKit.UITextView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextView.UITextViewAppearance" /> for <see cref="T:UIKit.UITextView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UITextView" />, they should use the <see cref="M:UIKit.UITextView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextView.UITextViewAppearance" /> for the subclass of <see cref="T:UIKit.UITextView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITextView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITextView.Appearance" /> property, or the <see cref="M:UIKit.UITextView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextView.GetAppearance<MyUITextViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UITextView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UITextView.UITextViewAppearance" /> for the subclass of <see cref="T:UIKit.UITextView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UITextView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UITextView.Appearance" /> property, or the <see cref="M:UIKit.UITextView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UITextView.GetAppearance<MyUITextViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="T:UIKit.UITextView.Notifications">
<summary>Notifications posted by the <see cref="T:UIKit.UITextView" /> class.</summary>
<remarks>
@@ -33810,6 +36450,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIToolbar.UIToolbarAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIToolbar" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIToolbar" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIToolbar.Appearance" /> property or by calling <see cref="M:UIKit.UIToolbar.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIToolbar.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIToolbar" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIToolbar" />, they should use the <see cref="M:UIKit.UIToolbar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIToolbar.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIToolbar.UIToolbarAppearance" /> for the subclass of <see cref="T:UIKit.UIToolbar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIToolbar" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIToolbar.Appearance" /> property, or the <see cref="M:UIKit.UIToolbar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIToolbar.GetAppearance<MyUIToolbarSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIToolbar.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIToolbar" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIToolbar" />, they should use the <see cref="M:UIKit.UIToolbar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIToolbar.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIToolbar.UIToolbarAppearance" /> for <see cref="T:UIKit.UIToolbar" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIToolbar.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIToolbar" />, they should use the <see cref="M:UIKit.UIToolbar.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIToolbar.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIToolbar.UIToolbarAppearance" /> for <see cref="T:UIKit.UIToolbar" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIToolbar.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIToolbar" />, they should use the <see cref="M:UIKit.UIToolbar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIToolbar.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIToolbar.UIToolbarAppearance" /> for the subclass of <see cref="T:UIKit.UIToolbar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIToolbar" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIToolbar.Appearance" /> property, or the <see cref="M:UIKit.UIToolbar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIToolbar.GetAppearance<MyUIToolbarSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIToolbar.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIToolbar.UIToolbarAppearance" /> for the subclass of <see cref="T:UIKit.UIToolbar" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIToolbar" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIToolbar.Appearance" /> property, or the <see cref="M:UIKit.UIToolbar.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIToolbar.GetAppearance<MyUIToolbarSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="M:UIKit.IUITraitChangeObservable.RegisterForTraitChanges(System.Type[],System.Action{UIKit.IUITraitEnvironment,UIKit.UITraitCollection})">
<summary>
Registers a callback handler that will be executed when one of the specified traits changes.
@@ -34172,6 +36944,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIView.UIViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIView.Appearance" /> property or by calling <see cref="M:UIKit.UIView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIView" />, they should use the <see cref="M:UIKit.UIView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIView.UIViewAppearance" /> for the subclass of <see cref="T:UIKit.UIView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIView.Appearance" /> property, or the <see cref="M:UIKit.UIView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIView.GetAppearance<MyUIViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIView" />, they should use the <see cref="M:UIKit.UIView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIView.UIViewAppearance" /> for <see cref="T:UIKit.UIView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIView" />, they should use the <see cref="M:UIKit.UIView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIView.UIViewAppearance" /> for <see cref="T:UIKit.UIView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIView" />, they should use the <see cref="M:UIKit.UIView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIView.UIViewAppearance" /> for the subclass of <see cref="T:UIKit.UIView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIView.Appearance" /> property, or the <see cref="M:UIKit.UIView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIView.GetAppearance<MyUIViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIView.UIViewAppearance" /> for the subclass of <see cref="T:UIKit.UIView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIView.Appearance" /> property, or the <see cref="M:UIKit.UIView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIView.GetAppearance<MyUIViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="T:UIKit.UIView.Notifications">
<summary>Notifications posted by the <see cref="T:UIKit.UIView" /> class.</summary>
<remarks>
@@ -35390,6 +38294,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIWindow.UIWindowAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIWindow" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIWindow" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIWindow.Appearance" /> property or by calling <see cref="M:UIKit.UIWindow.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIWindow.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIWindow" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIWindow" />, they should use the <see cref="M:UIKit.UIWindow.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIWindow.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIWindow.UIWindowAppearance" /> for the subclass of <see cref="T:UIKit.UIWindow" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIWindow" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIWindow.Appearance" /> property, or the <see cref="M:UIKit.UIWindow.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIWindow.GetAppearance<MyUIWindowSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIWindow.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIWindow" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIWindow" />, they should use the <see cref="M:UIKit.UIWindow.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIWindow.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIWindow.UIWindowAppearance" /> for <see cref="T:UIKit.UIWindow" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIWindow.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIWindow" />, they should use the <see cref="M:UIKit.UIWindow.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIWindow.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIWindow.UIWindowAppearance" /> for <see cref="T:UIKit.UIWindow" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIWindow.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIWindow" />, they should use the <see cref="M:UIKit.UIWindow.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIWindow.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIWindow.UIWindowAppearance" /> for the subclass of <see cref="T:UIKit.UIWindow" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIWindow" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIWindow.Appearance" /> property, or the <see cref="M:UIKit.UIWindow.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIWindow.GetAppearance<MyUIWindowSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIWindow.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIWindow.UIWindowAppearance" /> for the subclass of <see cref="T:UIKit.UIWindow" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIWindow" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIWindow.Appearance" /> property, or the <see cref="M:UIKit.UIWindow.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIWindow.GetAppearance<MyUIWindowSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="T:UIKit.UIWindow.Notifications">
<summary>Notifications posted by the <see cref="T:UIKit.UIWindow" /> class.</summary>
<remarks>
@@ -39934,6 +42970,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIActivityIndicatorView.UIActivityIndicatorViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIActivityIndicatorView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIActivityIndicatorView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIActivityIndicatorView.Appearance" /> property or by calling <see cref="M:UIKit.UIActivityIndicatorView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIActivityIndicatorView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIActivityIndicatorView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActivityIndicatorView" />, they should use the <see cref="M:UIKit.UIActivityIndicatorView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActivityIndicatorView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActivityIndicatorView.UIActivityIndicatorViewAppearance" /> for the subclass of <see cref="T:UIKit.UIActivityIndicatorView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIActivityIndicatorView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIActivityIndicatorView.Appearance" /> property, or the <see cref="M:UIKit.UIActivityIndicatorView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIActivityIndicatorView.GetAppearance<MyUIActivityIndicatorViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActivityIndicatorView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIActivityIndicatorView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActivityIndicatorView" />, they should use the <see cref="M:UIKit.UIActivityIndicatorView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActivityIndicatorView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActivityIndicatorView.UIActivityIndicatorViewAppearance" /> for <see cref="T:UIKit.UIActivityIndicatorView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActivityIndicatorView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActivityIndicatorView" />, they should use the <see cref="M:UIKit.UIActivityIndicatorView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActivityIndicatorView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActivityIndicatorView.UIActivityIndicatorViewAppearance" /> for <see cref="T:UIKit.UIActivityIndicatorView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActivityIndicatorView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIActivityIndicatorView" />, they should use the <see cref="M:UIKit.UIActivityIndicatorView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActivityIndicatorView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActivityIndicatorView.UIActivityIndicatorViewAppearance" /> for the subclass of <see cref="T:UIKit.UIActivityIndicatorView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIActivityIndicatorView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIActivityIndicatorView.Appearance" /> property, or the <see cref="M:UIKit.UIActivityIndicatorView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActivityIndicatorView.GetAppearance<MyUIActivityIndicatorViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIActivityIndicatorView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIActivityIndicatorView.UIActivityIndicatorViewAppearance" /> for the subclass of <see cref="T:UIKit.UIActivityIndicatorView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIActivityIndicatorView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIActivityIndicatorView.Appearance" /> property, or the <see cref="M:UIKit.UIActivityIndicatorView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIActivityIndicatorView.GetAppearance<MyUIActivityIndicatorViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UIActivityItemProvider.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -41851,6 +45019,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UICalendarView.UICalendarViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UICalendarView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UICalendarView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UICalendarView.Appearance" /> property or by calling <see cref="M:UIKit.UICalendarView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UICalendarView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UICalendarView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICalendarView" />, they should use the <see cref="M:UIKit.UICalendarView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICalendarView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICalendarView.UICalendarViewAppearance" /> for the subclass of <see cref="T:UIKit.UICalendarView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICalendarView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICalendarView.Appearance" /> property, or the <see cref="M:UIKit.UICalendarView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UICalendarView.GetAppearance<MyUICalendarViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICalendarView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UICalendarView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICalendarView" />, they should use the <see cref="M:UIKit.UICalendarView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICalendarView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICalendarView.UICalendarViewAppearance" /> for <see cref="T:UIKit.UICalendarView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICalendarView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICalendarView" />, they should use the <see cref="M:UIKit.UICalendarView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICalendarView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICalendarView.UICalendarViewAppearance" /> for <see cref="T:UIKit.UICalendarView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICalendarView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICalendarView" />, they should use the <see cref="M:UIKit.UICalendarView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICalendarView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICalendarView.UICalendarViewAppearance" /> for the subclass of <see cref="T:UIKit.UICalendarView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICalendarView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICalendarView.Appearance" /> property, or the <see cref="M:UIKit.UICalendarView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICalendarView.GetAppearance<MyUICalendarViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICalendarView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICalendarView.UICalendarViewAppearance" /> for the subclass of <see cref="T:UIKit.UICalendarView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICalendarView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICalendarView.Appearance" /> property, or the <see cref="M:UIKit.UICalendarView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICalendarView.GetAppearance<MyUICalendarViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UICalendarViewDecoration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -43273,6 +46573,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UICollectionReusableView.UICollectionReusableViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UICollectionReusableView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UICollectionReusableView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UICollectionReusableView.Appearance" /> property or by calling <see cref="M:UIKit.UICollectionReusableView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UICollectionReusableView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UICollectionReusableView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionReusableView" />, they should use the <see cref="M:UIKit.UICollectionReusableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionReusableView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionReusableView.UICollectionReusableViewAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionReusableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionReusableView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionReusableView.Appearance" /> property, or the <see cref="M:UIKit.UICollectionReusableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UICollectionReusableView.GetAppearance<MyUICollectionReusableViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionReusableView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UICollectionReusableView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionReusableView" />, they should use the <see cref="M:UIKit.UICollectionReusableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionReusableView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionReusableView.UICollectionReusableViewAppearance" /> for <see cref="T:UIKit.UICollectionReusableView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionReusableView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionReusableView" />, they should use the <see cref="M:UIKit.UICollectionReusableView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionReusableView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionReusableView.UICollectionReusableViewAppearance" /> for <see cref="T:UIKit.UICollectionReusableView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionReusableView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionReusableView" />, they should use the <see cref="M:UIKit.UICollectionReusableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionReusableView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionReusableView.UICollectionReusableViewAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionReusableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionReusableView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionReusableView.Appearance" /> property, or the <see cref="M:UIKit.UICollectionReusableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionReusableView.GetAppearance<MyUICollectionReusableViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionReusableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionReusableView.UICollectionReusableViewAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionReusableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionReusableView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionReusableView.Appearance" /> property, or the <see cref="M:UIKit.UICollectionReusableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionReusableView.GetAppearance<MyUICollectionReusableViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UICollectionViewCell.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -43348,148 +46780,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewCellRegistration.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UICollectionViewCell.UICollectionViewCellAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UICollectionViewCell" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UICollectionViewCell" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UICollectionViewCell.Appearance" /> property or by calling <see cref="M:UIKit.UICollectionViewCell.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UICollectionViewCellRegistration.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="P:UIKit.UICollectionViewCell.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UICollectionViewCell" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewCell" />, they should use the <see cref="M:UIKit.UICollectionViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewCell.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewCell.UICollectionViewCellAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionViewCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionViewCell" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionViewCell.Appearance" /> property, or the <see cref="M:UIKit.UICollectionViewCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UICollectionViewCell.GetAppearance<MyUICollectionViewCellSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewCellRegistration.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UICollectionViewCell.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UICollectionViewCell" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewCell" />, they should use the <see cref="M:UIKit.UICollectionViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewCompositionalLayout.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:UIKit.UICollectionViewCell.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewCell.UICollectionViewCellAppearance" /> for <see cref="T:UIKit.UICollectionViewCell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewCell.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewCell" />, they should use the <see cref="M:UIKit.UICollectionViewCell.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UICollectionViewCompositionalLayout.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="M:UIKit.UICollectionViewCell.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewCell.UICollectionViewCellAppearance" /> for <see cref="T:UIKit.UICollectionViewCell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewCell.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewCell" />, they should use the <see cref="M:UIKit.UICollectionViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewCompositionalLayout.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UICollectionViewCell.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewCell.UICollectionViewCellAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionViewCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionViewCell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionViewCell.Appearance" /> property, or the <see cref="M:UIKit.UICollectionViewCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewCell.GetAppearance<MyUICollectionViewCellSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewCompositionalLayout.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UICollectionViewCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewCell.UICollectionViewCellAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionViewCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionViewCell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionViewCell.Appearance" /> property, or the <see cref="M:UIKit.UICollectionViewCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewCell.GetAppearance<MyUICollectionViewCellSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewCompositionalLayoutConfiguration.ClassHandle">
+ <member name="P:UIKit.UICollectionViewCellRegistration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -43498,7 +46921,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewCompositionalLayoutConfiguration.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewCellRegistration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -43545,7 +46968,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewCompositionalLayoutConfiguration.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewCellRegistration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -43555,7 +46978,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewController.ClassHandle">
+ <member name="P:UIKit.UICollectionViewCompositionalLayout.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -43564,7 +46987,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewController.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UICollectionViewCompositionalLayout.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -43572,9 +46995,8 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicollectionviewcontroller/1623981-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UICollectionViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewCompositionalLayout.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -43621,7 +47043,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewCompositionalLayout.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -43631,7 +47053,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDataSource.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UICollectionViewCompositionalLayoutConfiguration.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewCompositionalLayoutConfiguration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -43678,121 +47109,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDataSource.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
- <remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewDelegate.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
- <remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
- <example>
- <code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
- ]]></code>
- </example>
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewDelegate.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
- <remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewDelegateFlowLayout.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
- <remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
- <example>
- <code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
- ]]></code>
- </example>
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewDelegateFlowLayout.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewCompositionalLayoutConfiguration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -43802,7 +47119,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewDiffableDataSource`2.ClassHandle">
+ <member name="P:UIKit.UICollectionViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -43811,7 +47128,17 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDiffableDataSource`2.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewController.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicollectionviewcontroller/1623981-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UICollectionViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -43858,7 +47185,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDiffableDataSource`2.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -43868,16 +47195,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewDiffableDataSourceReorderingHandlers`2.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewDiffableDataSourceReorderingHandlers`2.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDataSource.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -43924,7 +47242,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDiffableDataSourceReorderingHandlers`2.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDataSource.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -43934,16 +47252,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewDiffableDataSourceSectionSnapshotHandlers`1.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewDiffableDataSourceSectionSnapshotHandlers`1.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -43990,7 +47299,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDiffableDataSourceSectionSnapshotHandlers`1.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44000,7 +47309,7 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDragDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDelegateFlowLayout.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44047,7 +47356,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDragDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDelegateFlowLayout.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44057,7 +47366,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDropDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UICollectionViewDiffableDataSource`2.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewDiffableDataSource`2.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44104,7 +47422,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDropDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDiffableDataSource`2.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44114,7 +47432,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewDropPlaceholder.ClassHandle">
+ <member name="P:UIKit.UICollectionViewDiffableDataSourceReorderingHandlers`2.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44123,7 +47441,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDropPlaceholder.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDiffableDataSourceReorderingHandlers`2.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44170,7 +47488,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDropPlaceholder.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDiffableDataSourceReorderingHandlers`2.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44180,7 +47498,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewDropProposal.ClassHandle">
+ <member name="P:UIKit.UICollectionViewDiffableDataSourceSectionSnapshotHandlers`1.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44189,7 +47507,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDropProposal.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDiffableDataSourceSectionSnapshotHandlers`1.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44236,7 +47554,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewDropProposal.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDiffableDataSourceSectionSnapshotHandlers`1.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44246,25 +47564,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewFlowLayout.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewFlowLayout.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewFlowLayout.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDragDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44311,7 +47611,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewFlowLayout.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDragDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44321,16 +47621,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewFlowLayoutInvalidationContext.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UICollectionViewFlowLayoutInvalidationContext.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDropDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44377,7 +47668,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewFlowLayoutInvalidationContext.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDropDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44387,7 +47678,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewFocusUpdateContext.ClassHandle">
+ <member name="P:UIKit.UICollectionViewDropPlaceholder.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44396,7 +47687,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewFocusUpdateContext.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDropPlaceholder.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44443,7 +47734,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewFocusUpdateContext.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDropPlaceholder.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44453,7 +47744,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewLayoutInvalidationContext.ClassHandle">
+ <member name="P:UIKit.UICollectionViewDropProposal.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44462,7 +47753,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewLayoutInvalidationContext.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewDropProposal.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44509,7 +47800,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewLayoutInvalidationContext.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewDropProposal.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44519,7 +47810,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewListCell.ClassHandle">
+ <member name="P:UIKit.UICollectionViewFlowLayout.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44528,7 +47819,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewListCell.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UICollectionViewFlowLayout.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -44537,7 +47828,7 @@
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewListCell.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewFlowLayout.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44584,7 +47875,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewListCell.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewFlowLayout.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44594,7 +47885,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewPlaceholder.ClassHandle">
+ <member name="P:UIKit.UICollectionViewFlowLayoutInvalidationContext.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44603,7 +47894,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewPlaceholder.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewFlowLayoutInvalidationContext.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44650,7 +47941,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewPlaceholder.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewFlowLayoutInvalidationContext.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44660,7 +47951,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewSource.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UICollectionViewFocusUpdateContext.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewFocusUpdateContext.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44707,7 +48007,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewSource.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewFocusUpdateContext.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44717,7 +48017,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewSupplementaryRegistration.ClassHandle">
+ <member name="P:UIKit.UICollectionViewLayoutInvalidationContext.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44726,7 +48026,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewSupplementaryRegistration.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewLayoutInvalidationContext.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44773,7 +48073,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewSupplementaryRegistration.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewLayoutInvalidationContext.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44783,7 +48083,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewTransitionLayout.ClassHandle">
+ <member name="P:UIKit.UICollectionViewListCell.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44792,7 +48092,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewTransitionLayout.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UICollectionViewListCell.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -44800,9 +48100,8 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicollectionviewtransitionlayout/1622192-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UICollectionViewTransitionLayout.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewListCell.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44849,7 +48148,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewTransitionLayout.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewListCell.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44859,7 +48158,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollectionViewUpdateItem.ClassHandle">
+ <member name="T:UIKit.UICollectionViewListCell.UICollectionViewListCellAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UICollectionViewListCell" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UICollectionViewListCell" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UICollectionViewListCell.Appearance" /> property or by calling <see cref="M:UIKit.UICollectionViewListCell.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UICollectionViewListCell.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UICollectionViewListCell" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewListCell" />, they should use the <see cref="M:UIKit.UICollectionViewListCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewListCell.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewListCell.UICollectionViewListCellAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionViewListCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionViewListCell" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionViewListCell.Appearance" /> property, or the <see cref="M:UIKit.UICollectionViewListCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UICollectionViewListCell.GetAppearance<MyUICollectionViewListCellSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewListCell.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UICollectionViewListCell" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewListCell" />, they should use the <see cref="M:UIKit.UICollectionViewListCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewListCell.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewListCell.UICollectionViewListCellAppearance" /> for <see cref="T:UIKit.UICollectionViewListCell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewListCell.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewListCell" />, they should use the <see cref="M:UIKit.UICollectionViewListCell.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewListCell.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewListCell.UICollectionViewListCellAppearance" /> for <see cref="T:UIKit.UICollectionViewListCell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewListCell.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UICollectionViewListCell" />, they should use the <see cref="M:UIKit.UICollectionViewListCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewListCell.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewListCell.UICollectionViewListCellAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionViewListCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionViewListCell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionViewListCell.Appearance" /> property, or the <see cref="M:UIKit.UICollectionViewListCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewListCell.GetAppearance<MyUICollectionViewListCellSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewListCell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UICollectionViewListCell.UICollectionViewListCellAppearance" /> for the subclass of <see cref="T:UIKit.UICollectionViewListCell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UICollectionViewListCell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UICollectionViewListCell.Appearance" /> property, or the <see cref="M:UIKit.UICollectionViewListCell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UICollectionViewListCell.GetAppearance<MyUICollectionViewListCellSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UICollectionViewPlaceholder.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -44868,7 +48299,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewUpdateItem.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewPlaceholder.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44915,7 +48346,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollectionViewUpdateItem.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewPlaceholder.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44925,16 +48356,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICollisionBehavior.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UICollisionBehavior.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewSource.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -44981,7 +48403,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollisionBehavior.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewSource.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -44991,7 +48413,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UICollisionBehaviorDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UICollectionViewSupplementaryRegistration.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewSupplementaryRegistration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45038,7 +48469,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICollisionBehaviorDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewSupplementaryRegistration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45048,7 +48479,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIColorPickerViewController.ClassHandle">
+ <member name="P:UIKit.UICollectionViewTransitionLayout.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45057,7 +48488,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIColorPickerViewController.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UICollectionViewTransitionLayout.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45065,8 +48496,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicollectionviewtransitionlayout/1622192-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIColorPickerViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollectionViewTransitionLayout.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45113,7 +48545,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIColorPickerViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewTransitionLayout.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45123,7 +48555,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIColorPickerViewControllerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UICollectionViewUpdateItem.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollectionViewUpdateItem.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45170,7 +48611,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIColorPickerViewControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollectionViewUpdateItem.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45180,7 +48621,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIColorWell.ClassHandle">
+ <member name="P:UIKit.UICollisionBehavior.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45189,16 +48630,64 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIColorWell.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="M:UIKit.UICollisionBehavior.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
</remarks>
</member>
- <member name="M:UIKit.UIColorWell.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICollisionBehavior.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UICollisionBehaviorDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45245,7 +48734,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIColorWell.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICollisionBehaviorDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45255,7 +48744,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICommand.ClassHandle">
+ <member name="P:UIKit.UIColorPickerViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45264,7 +48753,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICommand.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIColorPickerViewController.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45272,9 +48761,8 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicommand/3175309-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UICommand.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIColorPickerViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45321,7 +48809,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICommand.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIColorPickerViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45331,7 +48819,64 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICommandAlternate.ClassHandle">
+ <member name="M:UIKit.UIColorPickerViewControllerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIColorPickerViewControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIColorWell.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45340,7 +48885,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UICommandAlternate.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIColorWell.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45348,9 +48893,8 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicommandalternate/3175316-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UICommandAlternate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIColorWell.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45397,7 +48941,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICommandAlternate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIColorWell.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45407,64 +48951,139 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIContentContainer.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="T:UIKit.UIColorWell.UIColorWellAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIColorWell" />.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIColorWell" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIColorWell.Appearance" /> property or by calling <see cref="M:UIKit.UIColorWell.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIColorWell.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIColorWell" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIColorWell" />, they should use the <see cref="M:UIKit.UIColorWell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIColorWell.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIColorWell.UIColorWellAppearance" /> for the subclass of <see cref="T:UIKit.UIColorWell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIColorWell" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIColorWell.Appearance" /> property, or the <see cref="M:UIKit.UIColorWell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIColorWell.GetAppearance<MyUIColorWellSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIContentContainer.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIColorWell.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIColorWell" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIColorWell" />, they should use the <see cref="M:UIKit.UIColorWell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIContentUnavailableButtonProperties.ClassHandle">
+ <member name="M:UIKit.UIColorWell.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIColorWell.UIColorWellAppearance" /> for <see cref="T:UIKit.UIColorWell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIColorWell.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIColorWell" />, they should use the <see cref="M:UIKit.UIColorWell.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIColorWell.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIColorWell.UIColorWellAppearance" /> for <see cref="T:UIKit.UIColorWell" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIColorWell.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIColorWell" />, they should use the <see cref="M:UIKit.UIColorWell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIColorWell.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIColorWell.UIColorWellAppearance" /> for the subclass of <see cref="T:UIKit.UIColorWell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIColorWell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIColorWell.Appearance" /> property, or the <see cref="M:UIKit.UIColorWell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIColorWell.GetAppearance<MyUIColorWellSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIColorWell.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIColorWell.UIColorWellAppearance" /> for the subclass of <see cref="T:UIKit.UIColorWell" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIColorWell" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIColorWell.Appearance" /> property, or the <see cref="M:UIKit.UIColorWell.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIColorWell.GetAppearance<MyUIColorWellSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UICommand.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45473,7 +49092,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableButtonProperties.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UICommand.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45481,8 +49100,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicommand/3175309-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIContentUnavailableButtonProperties.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICommand.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45529,7 +49149,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableButtonProperties.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICommand.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45539,7 +49159,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContentUnavailableConfiguration.ClassHandle">
+ <member name="P:UIKit.UICommandAlternate.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45548,7 +49168,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableConfiguration.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UICommandAlternate.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45556,8 +49176,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicommandalternate/3175316-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIContentUnavailableConfiguration.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICommandAlternate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45604,7 +49225,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableConfiguration.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICommandAlternate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45614,26 +49235,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContentUnavailableConfigurationState.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIContentUnavailableConfigurationState.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicontentunavailableconfigurationstate/4173106-initwithcoder</appledoc>
- </member>
- <member name="M:UIKit.UIContentUnavailableConfigurationState.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContentContainer.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45680,7 +49282,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableConfigurationState.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentContainer.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45690,7 +49292,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContentUnavailableImageProperties.ClassHandle">
+ <member name="P:UIKit.UIContentUnavailableButtonProperties.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45699,7 +49301,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableImageProperties.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIContentUnavailableButtonProperties.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45708,7 +49310,7 @@
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableImageProperties.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContentUnavailableButtonProperties.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45755,7 +49357,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableImageProperties.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentUnavailableButtonProperties.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45765,7 +49367,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContentUnavailableTextProperties.ClassHandle">
+ <member name="P:UIKit.UIContentUnavailableConfiguration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45774,7 +49376,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableTextProperties.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIContentUnavailableConfiguration.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45783,7 +49385,7 @@
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableTextProperties.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContentUnavailableConfiguration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45830,7 +49432,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableTextProperties.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentUnavailableConfiguration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45840,7 +49442,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContentUnavailableView.ClassHandle">
+ <member name="P:UIKit.UIContentUnavailableConfigurationState.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45849,7 +49451,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableView.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIContentUnavailableConfigurationState.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -45857,9 +49459,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicontentunavailableview/4173126-initwithcoder</appledoc>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicontentunavailableconfigurationstate/4173106-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIContentUnavailableView.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContentUnavailableConfigurationState.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45906,7 +49508,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContentUnavailableView.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentUnavailableConfigurationState.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45916,7 +49518,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContextMenuConfiguration.ClassHandle">
+ <member name="P:UIKit.UIContentUnavailableImageProperties.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45925,7 +49527,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContextMenuConfiguration.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContentUnavailableImageProperties.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableImageProperties.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -45972,7 +49583,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContextMenuConfiguration.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentUnavailableImageProperties.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -45982,7 +49593,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContextMenuInteraction.ClassHandle">
+ <member name="P:UIKit.UIContentUnavailableTextProperties.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -45991,7 +49602,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContextMenuInteraction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContentUnavailableTextProperties.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableTextProperties.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46038,7 +49658,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContextMenuInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentUnavailableTextProperties.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46048,7 +49668,26 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIContextMenuInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIContentUnavailableView.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicontentunavailableview/4173126-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46095,7 +49734,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContextMenuInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContentUnavailableView.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46105,7 +49744,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIContextualAction.ClassHandle">
+ <member name="T:UIKit.UIContentUnavailableView.UIContentUnavailableViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIContentUnavailableView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIContentUnavailableView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIContentUnavailableView.Appearance" /> property or by calling <see cref="M:UIKit.UIContentUnavailableView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIContentUnavailableView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIContentUnavailableView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIContentUnavailableView" />, they should use the <see cref="M:UIKit.UIContentUnavailableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIContentUnavailableView.UIContentUnavailableViewAppearance" /> for the subclass of <see cref="T:UIKit.UIContentUnavailableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIContentUnavailableView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIContentUnavailableView.Appearance" /> property, or the <see cref="M:UIKit.UIContentUnavailableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIContentUnavailableView.GetAppearance<MyUIContentUnavailableViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIContentUnavailableView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIContentUnavailableView" />, they should use the <see cref="M:UIKit.UIContentUnavailableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIContentUnavailableView.UIContentUnavailableViewAppearance" /> for <see cref="T:UIKit.UIContentUnavailableView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIContentUnavailableView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIContentUnavailableView" />, they should use the <see cref="M:UIKit.UIContentUnavailableView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIContentUnavailableView.UIContentUnavailableViewAppearance" /> for <see cref="T:UIKit.UIContentUnavailableView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIContentUnavailableView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIContentUnavailableView" />, they should use the <see cref="M:UIKit.UIContentUnavailableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIContentUnavailableView.UIContentUnavailableViewAppearance" /> for the subclass of <see cref="T:UIKit.UIContentUnavailableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIContentUnavailableView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIContentUnavailableView.Appearance" /> property, or the <see cref="M:UIKit.UIContentUnavailableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIContentUnavailableView.GetAppearance<MyUIContentUnavailableViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContentUnavailableView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIContentUnavailableView.UIContentUnavailableViewAppearance" /> for the subclass of <see cref="T:UIKit.UIContentUnavailableView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIContentUnavailableView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIContentUnavailableView.Appearance" /> property, or the <see cref="M:UIKit.UIContentUnavailableView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIContentUnavailableView.GetAppearance<MyUIContentUnavailableViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIContextMenuConfiguration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46114,7 +49885,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIContextualAction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContextMenuConfiguration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46161,7 +49932,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIContextualAction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContextMenuConfiguration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46171,7 +49942,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UICoordinateSpace.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIContextMenuInteraction.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIContextMenuInteraction.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46218,7 +49998,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICoordinateSpace.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContextMenuInteraction.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46228,26 +50008,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UICubicTimingParameters.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UICubicTimingParameters.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uicubictimingparameters/1649910-initwithcoder</appledoc>
- </member>
- <member name="M:UIKit.UICubicTimingParameters.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContextMenuInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46294,7 +50055,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UICubicTimingParameters.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContextMenuInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46304,7 +50065,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDatePicker.ClassHandle">
+ <member name="P:UIKit.UIContextualAction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46313,17 +50074,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDatePicker.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
- </member>
- <member name="M:UIKit.UIDatePicker.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIContextualAction.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46370,7 +50121,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDatePicker.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIContextualAction.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46380,25 +50131,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDeferredMenuElement.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIDeferredMenuElement.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:UIKit.UIDeferredMenuElement.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICoordinateSpace.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46445,7 +50178,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDeferredMenuElement.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICoordinateSpace.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46455,7 +50188,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDictationPhrase.ClassHandle">
+ <member name="P:UIKit.UICubicTimingParameters.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46464,7 +50197,17 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDictationPhrase.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UICubicTimingParameters.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uicubictimingparameters/1649910-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UICubicTimingParameters.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46511,7 +50254,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDictationPhrase.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UICubicTimingParameters.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46521,7 +50264,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocument.ClassHandle">
+ <member name="P:UIKit.UIDatePicker.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46530,7 +50273,17 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocument.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDatePicker.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UIDatePicker.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46577,7 +50330,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocument.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDatePicker.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46587,53 +50340,139 @@
</para>
</remarks>
</member>
- <member name="T:UIKit.UIDocument.Notifications">
- <summary>Notifications posted by the <see cref="T:UIKit.UIDocument" /> class.</summary>
+ <member name="T:UIKit.UIDatePicker.UIDatePickerAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIDatePicker" />.</summary>
<remarks>
- <para>This class contains various helper methods that allow developers to observe events posted in the notification hub (<see cref="T:Foundation.NSNotificationCenter" />).</para>
- <para>The methods defined in this class post events that invoke the provided method or lambda with a <see cref="T:Foundation.NSNotificationEventArgs" /> parameter, which contains strongly typed properties for the notification arguments.</para>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIDatePicker" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIDatePicker.Appearance" /> property or by calling <see cref="M:UIKit.UIDatePicker.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocument.Notifications.ObserveStateChanged(System.EventHandler{Foundation.NSNotificationEventArgs})">
- <summary>Strongly typed notification for the <see cref="P:UIKit.UIDocument.StateChangedNotification" /> constant.</summary>
- <param name="handler">The handler that responds to the notification when it occurs.</param>
- <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <member name="P:UIKit.UIDatePicker.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>This method can be used to subscribe to <see cref="P:UIKit.UIDocument.StateChangedNotification" /> notifications.</para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIDatePicker" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIDatePicker" />, they should use the <see cref="M:UIKit.UIDatePicker.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDatePicker.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIDatePicker.UIDatePickerAppearance" /> for the subclass of <see cref="T:UIKit.UIDatePicker" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIDatePicker" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIDatePicker.Appearance" /> property, or the <see cref="M:UIKit.UIDatePicker.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- // Listen to all notifications posted for any object
- var token = UIDocument.Notifications.ObserveStateChanged ((notification) => {
- Console.WriteLine ("Observed StateChangedNotification!");
- };
-
- // Stop listening for notifications
- token.Dispose ();
+ var myTheme = UIDatePicker.GetAppearance<MyUIDatePickerSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocument.Notifications.ObserveStateChanged(Foundation.NSObject,System.EventHandler{Foundation.NSNotificationEventArgs})">
- <summary>Strongly typed notification for the <see cref="P:UIKit.UIDocument.StateChangedNotification" /> constant.</summary>
- <param name="objectToObserve">The specific object to observe.</param>
- <param name="handler">The handler that responds to the notification when it occurs.</param>
- <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <member name="M:UIKit.UIDatePicker.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>This method can be used to subscribe to <see cref="P:UIKit.UIDocument.StateChangedNotification" /> notifications.</para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIDatePicker" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIDatePicker" />, they should use the <see cref="M:UIKit.UIDatePicker.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- // Listen to all notifications posted for a single object
- var token = UIDocument.Notifications.ObserveStateChanged (objectToObserve, (notification) => {
- Console.WriteLine ($"Observed StateChangedNotification for {nameof (objectToObserve)}!");
- };
-
- // Stop listening for notifications
- token.Dispose ();
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentBrowserAction.ClassHandle">
+ <member name="M:UIKit.UIDatePicker.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIDatePicker.UIDatePickerAppearance" /> for <see cref="T:UIKit.UIDatePicker" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIDatePicker.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIDatePicker" />, they should use the <see cref="M:UIKit.UIDatePicker.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDatePicker.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIDatePicker.UIDatePickerAppearance" /> for <see cref="T:UIKit.UIDatePicker" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIDatePicker.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIDatePicker" />, they should use the <see cref="M:UIKit.UIDatePicker.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDatePicker.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIDatePicker.UIDatePickerAppearance" /> for the subclass of <see cref="T:UIKit.UIDatePicker" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIDatePicker" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIDatePicker.Appearance" /> property, or the <see cref="M:UIKit.UIDatePicker.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIDatePicker.GetAppearance<MyUIDatePickerSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDatePicker.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIDatePicker.UIDatePickerAppearance" /> for the subclass of <see cref="T:UIKit.UIDatePicker" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIDatePicker" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIDatePicker.Appearance" /> property, or the <see cref="M:UIKit.UIDatePicker.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIDatePicker.GetAppearance<MyUIDatePickerSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIDeferredMenuElement.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46642,7 +50481,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocumentBrowserAction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDeferredMenuElement.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDeferredMenuElement.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46689,7 +50537,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentBrowserAction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDeferredMenuElement.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46699,7 +50547,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentBrowserTransitionController.ClassHandle">
+ <member name="P:UIKit.UIDictationPhrase.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46708,7 +50556,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocumentBrowserTransitionController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDictationPhrase.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46755,7 +50603,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentBrowserTransitionController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDictationPhrase.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46765,7 +50613,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentBrowserViewControllerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIDocument.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDocument.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46812,7 +50669,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentBrowserViewControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocument.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46822,7 +50679,53 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentInteractionController.ClassHandle">
+ <member name="T:UIKit.UIDocument.Notifications">
+ <summary>Notifications posted by the <see cref="T:UIKit.UIDocument" /> class.</summary>
+ <remarks>
+ <para>This class contains various helper methods that allow developers to observe events posted in the notification hub (<see cref="T:Foundation.NSNotificationCenter" />).</para>
+ <para>The methods defined in this class post events that invoke the provided method or lambda with a <see cref="T:Foundation.NSNotificationEventArgs" /> parameter, which contains strongly typed properties for the notification arguments.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDocument.Notifications.ObserveStateChanged(System.EventHandler{Foundation.NSNotificationEventArgs})">
+ <summary>Strongly typed notification for the <see cref="P:UIKit.UIDocument.StateChangedNotification" /> constant.</summary>
+ <param name="handler">The handler that responds to the notification when it occurs.</param>
+ <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <remarks>
+ <para>This method can be used to subscribe to <see cref="P:UIKit.UIDocument.StateChangedNotification" /> notifications.</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ // Listen to all notifications posted for any object
+ var token = UIDocument.Notifications.ObserveStateChanged ((notification) => {
+ Console.WriteLine ("Observed StateChangedNotification!");
+ };
+
+ // Stop listening for notifications
+ token.Dispose ();
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDocument.Notifications.ObserveStateChanged(Foundation.NSObject,System.EventHandler{Foundation.NSNotificationEventArgs})">
+ <summary>Strongly typed notification for the <see cref="P:UIKit.UIDocument.StateChangedNotification" /> constant.</summary>
+ <param name="objectToObserve">The specific object to observe.</param>
+ <param name="handler">The handler that responds to the notification when it occurs.</param>
+ <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <remarks>
+ <para>This method can be used to subscribe to <see cref="P:UIKit.UIDocument.StateChangedNotification" /> notifications.</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ // Listen to all notifications posted for a single object
+ var token = UIDocument.Notifications.ObserveStateChanged (objectToObserve, (notification) => {
+ Console.WriteLine ($"Observed StateChangedNotification for {nameof (objectToObserve)}!");
+ };
+
+ // Stop listening for notifications
+ token.Dispose ();
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIDocumentBrowserAction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -46831,7 +50734,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocumentInteractionController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentBrowserAction.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46878,7 +50781,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentInteractionController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentBrowserAction.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46888,7 +50791,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentInteractionControllerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIDocumentBrowserTransitionController.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDocumentBrowserTransitionController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46935,7 +50847,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentInteractionControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentBrowserTransitionController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -46945,7 +50857,7 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentMenuDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentBrowserViewControllerDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -46992,7 +50904,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentMenuDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentBrowserViewControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47002,7 +50914,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentMenuViewController.ClassHandle">
+ <member name="P:UIKit.UIDocumentInteractionController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47011,17 +50923,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocumentMenuViewController.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uidocumentmenuviewcontroller/1614182-initwithcoder</appledoc>
- </member>
- <member name="M:UIKit.UIDocumentMenuViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentInteractionController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47068,7 +50970,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentMenuViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentInteractionController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47078,7 +50980,7 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentPickerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentInteractionControllerDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47125,7 +51027,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentPickerDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentInteractionControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47135,25 +51037,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentPickerExtensionViewController.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIDocumentPickerExtensionViewController.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
- <remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
- </remarks>
- </member>
- <member name="M:UIKit.UIDocumentPickerExtensionViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentMenuDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47200,7 +51084,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentPickerExtensionViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentMenuDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47210,7 +51094,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentPickerViewController.ClassHandle">
+ <member name="P:UIKit.UIDocumentMenuViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47219,7 +51103,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocumentPickerViewController.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIDocumentMenuViewController.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -47227,9 +51111,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uidocumentpickerviewcontroller/1618686-initwithcoder</appledoc>
+ <appledoc>https://developer.apple.com/documentation/uikit/uidocumentmenuviewcontroller/1614182-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIDocumentPickerViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentMenuViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47276,7 +51160,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentPickerViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentMenuViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47286,16 +51170,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocumentProperties.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIDocumentProperties.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentPickerDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47342,7 +51217,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocumentProperties.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentPickerDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47352,7 +51227,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDocViewController.ClassHandle">
+ <member name="P:UIKit.UIDocumentPickerExtensionViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47361,7 +51236,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDocViewController.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIDocumentPickerExtensionViewController.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -47370,7 +51245,7 @@
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
</member>
- <member name="M:UIKit.UIDocViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentPickerExtensionViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47417,7 +51292,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDocViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentPickerExtensionViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47427,7 +51302,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDragInteraction.ClassHandle">
+ <member name="P:UIKit.UIDocumentPickerViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47436,64 +51311,17 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDragInteraction.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
- <remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
- <example>
- <code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
- ]]></code>
- </example>
- </remarks>
- </member>
- <member name="M:UIKit.UIDragInteraction.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIDocumentPickerViewController.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uidocumentpickerviewcontroller/1618686-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIDragInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentPickerViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47540,7 +51368,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDragInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentPickerViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47550,7 +51378,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDragItem.ClassHandle">
+ <member name="P:UIKit.UIDocumentProperties.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47559,7 +51387,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDragItem.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocumentProperties.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47606,7 +51434,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDragItem.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocumentProperties.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47616,7 +51444,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDragPreview.ClassHandle">
+ <member name="P:UIKit.UIDocViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47625,7 +51453,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDragPreview.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDocViewController.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDocViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47672,7 +51509,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDragPreview.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDocViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47682,7 +51519,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDragPreviewParameters.ClassHandle">
+ <member name="P:UIKit.UIDragInteraction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47691,7 +51528,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDragPreviewParameters.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDragInteraction.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47738,7 +51575,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDragPreviewParameters.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDragInteraction.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47748,16 +51585,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDragPreviewTarget.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIDragPreviewTarget.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDragInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47804,7 +51632,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDragPreviewTarget.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDragInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47814,7 +51642,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDropInteraction.ClassHandle">
+ <member name="P:UIKit.UIDragItem.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47823,7 +51651,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDropInteraction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDragItem.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47870,7 +51698,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDropInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDragItem.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47880,7 +51708,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDropInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIDragPreview.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDragPreview.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47927,7 +51764,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDropInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDragPreview.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -47937,7 +51774,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDropProposal.ClassHandle">
+ <member name="P:UIKit.UIDragPreviewParameters.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -47946,7 +51783,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDropProposal.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDragPreviewParameters.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -47993,7 +51830,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDropProposal.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDragPreviewParameters.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48003,7 +51840,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicAnimatorDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIDragPreviewTarget.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDragPreviewTarget.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48050,7 +51896,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicAnimatorDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDragPreviewTarget.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48060,7 +51906,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDynamicBehavior.ClassHandle">
+ <member name="P:UIKit.UIDropInteraction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48069,7 +51915,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDynamicBehavior.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDropInteraction.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48116,7 +51962,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicBehavior.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDropInteraction.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48126,7 +51972,7 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicItem.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDropInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48173,7 +52019,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicItem.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDropInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48183,7 +52029,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDynamicItemBehavior.ClassHandle">
+ <member name="P:UIKit.UIDropProposal.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48192,7 +52038,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIDynamicItemBehavior.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDropProposal.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48239,7 +52085,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicItemBehavior.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDropProposal.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48249,16 +52095,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIDynamicItemGroup.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIDynamicItemGroup.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDynamicAnimatorDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48305,7 +52142,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIDynamicItemGroup.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDynamicAnimatorDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48315,7 +52152,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIEditMenuConfiguration.ClassHandle">
+ <member name="P:UIKit.UIDynamicBehavior.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48324,7 +52161,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIEditMenuConfiguration.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDynamicBehavior.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48371,7 +52208,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIEditMenuConfiguration.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDynamicBehavior.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48381,7 +52218,64 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIEditMenuInteraction.ClassHandle">
+ <member name="M:UIKit.UIDynamicItem.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDynamicItem.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIDynamicItemBehavior.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48390,7 +52284,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIEditMenuInteraction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIDynamicItemBehavior.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48437,7 +52331,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIEditMenuInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDynamicItemBehavior.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48447,7 +52341,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIEditMenuInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIDynamicItemGroup.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIDynamicItemGroup.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48494,7 +52397,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIEditMenuInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIDynamicItemGroup.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48504,7 +52407,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIEventAttribution.ClassHandle">
+ <member name="P:UIKit.UIEditMenuConfiguration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48513,7 +52416,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIEventAttribution.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIEditMenuConfiguration.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48560,7 +52463,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIEventAttribution.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIEditMenuConfiguration.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48570,7 +52473,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIEventAttributionView.ClassHandle">
+ <member name="P:UIKit.UIEditMenuInteraction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48579,16 +52482,64 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIEventAttributionView.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="M:UIKit.UIEditMenuInteraction.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
</remarks>
</member>
- <member name="M:UIKit.UIEventAttributionView.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIEditMenuInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEditMenuInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48635,7 +52586,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIEventAttributionView.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIEditMenuInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48645,7 +52596,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIFeedbackGenerator.ClassHandle">
+ <member name="P:UIKit.UIEventAttribution.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48654,7 +52605,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIFeedbackGenerator.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIEventAttribution.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48701,7 +52652,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIFeedbackGenerator.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIEventAttribution.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48711,7 +52662,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIFieldBehavior.ClassHandle">
+ <member name="P:UIKit.UIEventAttributionView.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48720,7 +52671,16 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIFieldBehavior.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIEventAttributionView.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48767,7 +52727,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIFieldBehavior.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIEventAttributionView.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48777,7 +52737,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIFindInteraction.ClassHandle">
+ <member name="T:UIKit.UIEventAttributionView.UIEventAttributionViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIEventAttributionView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIEventAttributionView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIEventAttributionView.Appearance" /> property or by calling <see cref="M:UIKit.UIEventAttributionView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIEventAttributionView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIEventAttributionView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIEventAttributionView" />, they should use the <see cref="M:UIKit.UIEventAttributionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIEventAttributionView.UIEventAttributionViewAppearance" /> for the subclass of <see cref="T:UIKit.UIEventAttributionView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIEventAttributionView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIEventAttributionView.Appearance" /> property, or the <see cref="M:UIKit.UIEventAttributionView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIEventAttributionView.GetAppearance<MyUIEventAttributionViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIEventAttributionView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIEventAttributionView" />, they should use the <see cref="M:UIKit.UIEventAttributionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIEventAttributionView.UIEventAttributionViewAppearance" /> for <see cref="T:UIKit.UIEventAttributionView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIEventAttributionView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIEventAttributionView" />, they should use the <see cref="M:UIKit.UIEventAttributionView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIEventAttributionView.UIEventAttributionViewAppearance" /> for <see cref="T:UIKit.UIEventAttributionView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIEventAttributionView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIEventAttributionView" />, they should use the <see cref="M:UIKit.UIEventAttributionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIEventAttributionView.UIEventAttributionViewAppearance" /> for the subclass of <see cref="T:UIKit.UIEventAttributionView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIEventAttributionView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIEventAttributionView.Appearance" /> property, or the <see cref="M:UIKit.UIEventAttributionView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIEventAttributionView.GetAppearance<MyUIEventAttributionViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIEventAttributionView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIEventAttributionView.UIEventAttributionViewAppearance" /> for the subclass of <see cref="T:UIKit.UIEventAttributionView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIEventAttributionView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIEventAttributionView.Appearance" /> property, or the <see cref="M:UIKit.UIEventAttributionView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIEventAttributionView.GetAppearance<MyUIEventAttributionViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIFeedbackGenerator.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48786,7 +52878,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIFindInteraction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIFeedbackGenerator.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48833,7 +52925,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIFindInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIFeedbackGenerator.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48843,7 +52935,16 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIFindInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="P:UIKit.UIFieldBehavior.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIFieldBehavior.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48890,7 +52991,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIFindInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIFieldBehavior.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48900,7 +53001,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIFindSession.ClassHandle">
+ <member name="P:UIKit.UIFindInteraction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -48909,7 +53010,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIFindSession.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIFindInteraction.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -48956,7 +53057,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIFindSession.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIFindInteraction.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -48966,16 +53067,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIFocusAnimationCoordinator.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
- <remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
- </member>
- <member name="M:UIKit.UIFocusAnimationCoordinator.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIFindInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -49022,7 +53114,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIFocusAnimationCoordinator.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIFindInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -49032,7 +53124,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIFocusDebugger.ClassHandle">
+ <member name="P:UIKit.UIFindSession.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -49041,7 +53133,139 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIFocusDebugger.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIFindSession.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIFindSession.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIFocusAnimationCoordinator.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIFocusAnimationCoordinator.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIFocusAnimationCoordinator.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIFocusDebugger.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIFocusDebugger.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51323,139 +55547,148 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIImpactFeedbackGenerator.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UIImageView.UIImageViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIImageView" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIImageView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIImageView.Appearance" /> property or by calling <see cref="M:UIKit.UIImageView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIImpactFeedbackGenerator.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="P:UIKit.UIImageView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIImageView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIImageView" />, they should use the <see cref="M:UIKit.UIImageView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIImageView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIImageView.UIImageViewAppearance" /> for the subclass of <see cref="T:UIKit.UIImageView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIImageView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIImageView.Appearance" /> property, or the <see cref="M:UIKit.UIImageView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIImageView.GetAppearance<MyUIImageViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIImpactFeedbackGenerator.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIImageView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIImageView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIImageView" />, they should use the <see cref="M:UIKit.UIImageView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIIndirectScribbleInteraction.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:UIKit.UIImageView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIImageView.UIImageViewAppearance" /> for <see cref="T:UIKit.UIImageView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIImageView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIImageView" />, they should use the <see cref="M:UIKit.UIImageView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIIndirectScribbleInteraction.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIImageView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIImageView.UIImageViewAppearance" /> for <see cref="T:UIKit.UIImageView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIImageView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIImageView" />, they should use the <see cref="M:UIKit.UIImageView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIIndirectScribbleInteraction.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIImageView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIImageView.UIImageViewAppearance" /> for the subclass of <see cref="T:UIKit.UIImageView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIImageView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIImageView.Appearance" /> property, or the <see cref="M:UIKit.UIImageView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIImageView.GetAppearance<MyUIImageViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIIndirectScribbleInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIImageView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIImageView.UIImageViewAppearance" /> for the subclass of <see cref="T:UIKit.UIImageView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIImageView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIImageView.Appearance" /> property, or the <see cref="M:UIKit.UIImageView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIImageView.GetAppearance<MyUIImageViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIImpactFeedbackGenerator.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIImpactFeedbackGenerator.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51502,7 +55735,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIIndirectScribbleInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIImpactFeedbackGenerator.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51512,7 +55745,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIInputView.ClassHandle">
+ <member name="P:UIKit.UIIndirectScribbleInteraction.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51521,17 +55754,64 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIInputView.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="M:UIKit.UIIndirectScribbleInteraction.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uiinputview/1619475-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIInputView.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIIndirectScribbleInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIIndirectScribbleInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51578,7 +55858,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIInputView.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIIndirectScribbleInteractionDelegate.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51588,7 +55868,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIInputViewController.ClassHandle">
+ <member name="P:UIKit.UIInputView.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51597,7 +55877,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIInputViewController.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIInputView.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -51605,8 +55885,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uiinputview/1619475-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIInputViewController.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIInputView.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51653,7 +55934,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIInputViewController.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIInputView.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51663,7 +55944,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIInterpolatingMotionEffect.ClassHandle">
+ <member name="T:UIKit.UIInputView.UIInputViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIInputView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIInputView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIInputView.Appearance" /> property or by calling <see cref="M:UIKit.UIInputView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIInputView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIInputView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIInputView" />, they should use the <see cref="M:UIKit.UIInputView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIInputView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIInputView.UIInputViewAppearance" /> for the subclass of <see cref="T:UIKit.UIInputView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIInputView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIInputView.Appearance" /> property, or the <see cref="M:UIKit.UIInputView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIInputView.GetAppearance<MyUIInputViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIInputView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIInputView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIInputView" />, they should use the <see cref="M:UIKit.UIInputView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIInputView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIInputView.UIInputViewAppearance" /> for <see cref="T:UIKit.UIInputView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIInputView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIInputView" />, they should use the <see cref="M:UIKit.UIInputView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIInputView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIInputView.UIInputViewAppearance" /> for <see cref="T:UIKit.UIInputView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIInputView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIInputView" />, they should use the <see cref="M:UIKit.UIInputView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIInputView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIInputView.UIInputViewAppearance" /> for the subclass of <see cref="T:UIKit.UIInputView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIInputView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIInputView.Appearance" /> property, or the <see cref="M:UIKit.UIInputView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIInputView.GetAppearance<MyUIInputViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIInputView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIInputView.UIInputViewAppearance" /> for the subclass of <see cref="T:UIKit.UIInputView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIInputView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIInputView.Appearance" /> property, or the <see cref="M:UIKit.UIInputView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIInputView.GetAppearance<MyUIInputViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIInputViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51672,7 +56085,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIInterpolatingMotionEffect.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIInputViewController.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -51680,9 +56093,8 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uiinterpolatingmotioneffect/1622368-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIInterpolatingMotionEffect.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIInputViewController.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51729,7 +56141,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIInterpolatingMotionEffect.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIInputViewController.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51739,7 +56151,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIKey.ClassHandle">
+ <member name="P:UIKit.UIInterpolatingMotionEffect.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51748,7 +56160,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIKey.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIInterpolatingMotionEffect.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -51756,9 +56168,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
+ <appledoc>https://developer.apple.com/documentation/uikit/uiinterpolatingmotioneffect/1622368-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIKey.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIInterpolatingMotionEffect.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51805,7 +56217,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIKey.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIInterpolatingMotionEffect.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51815,7 +56227,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIKeyboardLayoutGuide.ClassHandle">
+ <member name="P:UIKit.UIKey.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51824,7 +56236,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIKeyboardLayoutGuide.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIKey.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -51832,8 +56244,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
+ <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIKeyboardLayoutGuide.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIKey.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51880,7 +56293,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIKeyboardLayoutGuide.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIKey.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51890,7 +56303,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIKeyCommand.ClassHandle">
+ <member name="P:UIKit.UIKeyboardLayoutGuide.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51899,7 +56312,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIKeyCommand.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIKeyboardLayoutGuide.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -51907,9 +56320,8 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uikeycommand/1621115-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIKeyCommand.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIKeyboardLayoutGuide.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -51956,7 +56368,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIKeyCommand.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIKeyboardLayoutGuide.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -51966,7 +56378,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UILabel.ClassHandle">
+ <member name="P:UIKit.UIKeyCommand.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -51975,7 +56387,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UILabel.#ctor(Foundation.NSCoder)">
+ <member name="M:UIKit.UIKeyCommand.#ctor(Foundation.NSCoder)">
<summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
<param name="coder">The unarchiver object.</param>
<remarks>
@@ -51983,9 +56395,9 @@
<para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
<para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
+ <appledoc>https://developer.apple.com/documentation/uikit/uikeycommand/1621115-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UILabel.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIKeyCommand.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -52032,7 +56444,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UILabel.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIKeyCommand.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -52042,7 +56454,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UILargeContentViewerInteraction.ClassHandle">
+ <member name="P:UIKit.UILabel.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -52051,7 +56463,17 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UILargeContentViewerInteraction.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UILabel.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UILabel.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -52098,7 +56520,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UILargeContentViewerInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UILabel.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -52108,53 +56530,251 @@
</para>
</remarks>
</member>
- <member name="T:UIKit.UILargeContentViewerInteraction.Notifications">
- <summary>Notifications posted by the <see cref="T:UIKit.UILargeContentViewerInteraction" /> class.</summary>
+ <member name="T:UIKit.UILabel.UILabelAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UILabel" />.</summary>
<remarks>
- <para>This class contains various helper methods that allow developers to observe events posted in the notification hub (<see cref="T:Foundation.NSNotificationCenter" />).</para>
- <para>The methods defined in this class post events that invoke the provided method or lambda with a <see cref="T:Foundation.NSNotificationEventArgs" /> parameter, which contains strongly typed properties for the notification arguments.</para>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UILabel" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UILabel.Appearance" /> property or by calling <see cref="M:UIKit.UILabel.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
</remarks>
</member>
- <member name="M:UIKit.UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange(System.EventHandler{Foundation.NSNotificationEventArgs})">
- <summary>Strongly typed notification for the <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> constant.</summary>
- <param name="handler">The handler that responds to the notification when it occurs.</param>
- <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <member name="P:UIKit.UILabel.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>This method can be used to subscribe to <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> notifications.</para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UILabel" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UILabel" />, they should use the <see cref="M:UIKit.UILabel.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILabel.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UILabel.UILabelAppearance" /> for the subclass of <see cref="T:UIKit.UILabel" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UILabel" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UILabel.Appearance" /> property, or the <see cref="M:UIKit.UILabel.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- // Listen to all notifications posted for any object
- var token = UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange ((notification) => {
- Console.WriteLine ("Observed InteractionEnabledStatusDidChangeNotification!");
- };
-
- // Stop listening for notifications
- token.Dispose ();
+ var myTheme = UILabel.GetAppearance<MyUILabelSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange(Foundation.NSObject,System.EventHandler{Foundation.NSNotificationEventArgs})">
- <summary>Strongly typed notification for the <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> constant.</summary>
- <param name="objectToObserve">The specific object to observe.</param>
- <param name="handler">The handler that responds to the notification when it occurs.</param>
- <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <member name="M:UIKit.UILabel.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>This method can be used to subscribe to <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> notifications.</para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UILabel" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UILabel" />, they should use the <see cref="M:UIKit.UILabel.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- // Listen to all notifications posted for a single object
- var token = UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange (objectToObserve, (notification) => {
- Console.WriteLine ($"Observed InteractionEnabledStatusDidChangeNotification for {nameof (objectToObserve)}!");
- };
-
- // Stop listening for notifications
- token.Dispose ();
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UILargeContentViewerInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UILabel.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UILabel.UILabelAppearance" /> for <see cref="T:UIKit.UILabel" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UILabel.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UILabel" />, they should use the <see cref="M:UIKit.UILabel.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILabel.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UILabel.UILabelAppearance" /> for <see cref="T:UIKit.UILabel" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UILabel.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UILabel" />, they should use the <see cref="M:UIKit.UILabel.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILabel.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UILabel.UILabelAppearance" /> for the subclass of <see cref="T:UIKit.UILabel" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UILabel" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UILabel.Appearance" /> property, or the <see cref="M:UIKit.UILabel.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UILabel.GetAppearance<MyUILabelSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILabel.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UILabel.UILabelAppearance" /> for the subclass of <see cref="T:UIKit.UILabel" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UILabel" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UILabel.Appearance" /> property, or the <see cref="M:UIKit.UILabel.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UILabel.GetAppearance<MyUILabelSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UILargeContentViewerInteraction.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILargeContentViewerInteraction.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILargeContentViewerInteraction.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="T:UIKit.UILargeContentViewerInteraction.Notifications">
+ <summary>Notifications posted by the <see cref="T:UIKit.UILargeContentViewerInteraction" /> class.</summary>
+ <remarks>
+ <para>This class contains various helper methods that allow developers to observe events posted in the notification hub (<see cref="T:Foundation.NSNotificationCenter" />).</para>
+ <para>The methods defined in this class post events that invoke the provided method or lambda with a <see cref="T:Foundation.NSNotificationEventArgs" /> parameter, which contains strongly typed properties for the notification arguments.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange(System.EventHandler{Foundation.NSNotificationEventArgs})">
+ <summary>Strongly typed notification for the <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> constant.</summary>
+ <param name="handler">The handler that responds to the notification when it occurs.</param>
+ <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <remarks>
+ <para>This method can be used to subscribe to <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> notifications.</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ // Listen to all notifications posted for any object
+ var token = UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange ((notification) => {
+ Console.WriteLine ("Observed InteractionEnabledStatusDidChangeNotification!");
+ };
+
+ // Stop listening for notifications
+ token.Dispose ();
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange(Foundation.NSObject,System.EventHandler{Foundation.NSNotificationEventArgs})">
+ <summary>Strongly typed notification for the <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> constant.</summary>
+ <param name="objectToObserve">The specific object to observe.</param>
+ <param name="handler">The handler that responds to the notification when it occurs.</param>
+ <returns>Token object that can be used to stop receiving notifications by either disposing it or passing it to <see cref="M:Foundation.NSNotificationCenter.RemoveObservers(System.Collections.Generic.IEnumerable{Foundation.NSObject})" />.</returns>
+ <remarks>
+ <para>This method can be used to subscribe to <see cref="P:UIKit.UILargeContentViewerInteraction.InteractionEnabledStatusDidChangeNotification" /> notifications.</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ // Listen to all notifications posted for a single object
+ var token = UILargeContentViewerInteraction.Notifications.ObserveInteractionEnabledStatusDidChange (objectToObserve, (notification) => {
+ Console.WriteLine ($"Observed InteractionEnabledStatusDidChangeNotification for {nameof (objectToObserve)}!");
+ };
+
+ // Stop listening for notifications
+ token.Dispose ();
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILargeContentViewerInteractionDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -52777,149 +57397,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UILocalizedIndexedCollation.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UIListContentView.UIListContentViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIListContentView" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIListContentView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIListContentView.Appearance" /> property or by calling <see cref="M:UIKit.UIListContentView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UILocalizedIndexedCollation.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="P:UIKit.UIListContentView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIListContentView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIListContentView" />, they should use the <see cref="M:UIKit.UIListContentView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIListContentView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIListContentView.UIListContentViewAppearance" /> for the subclass of <see cref="T:UIKit.UIListContentView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIListContentView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIListContentView.Appearance" /> property, or the <see cref="M:UIKit.UIListContentView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIListContentView.GetAppearance<MyUIListContentViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UILocalizedIndexedCollation.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIListContentView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIListContentView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIListContentView" />, they should use the <see cref="M:UIKit.UIListContentView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UILocalNotification.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:UIKit.UIListContentView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIListContentView.UIListContentViewAppearance" /> for <see cref="T:UIKit.UIListContentView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIListContentView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIListContentView" />, they should use the <see cref="M:UIKit.UIListContentView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UILocalNotification.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="M:UIKit.UIListContentView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIListContentView.UIListContentViewAppearance" /> for <see cref="T:UIKit.UIListContentView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIListContentView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIListContentView" />, they should use the <see cref="M:UIKit.UIListContentView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/uikit/uilocalnotification/1616653-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UILocalNotification.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIListContentView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIListContentView.UIListContentViewAppearance" /> for the subclass of <see cref="T:UIKit.UIListContentView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIListContentView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIListContentView.Appearance" /> property, or the <see cref="M:UIKit.UIListContentView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIListContentView.GetAppearance<MyUIListContentViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UILocalNotification.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIListContentView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIListContentView.UIListContentViewAppearance" /> for the subclass of <see cref="T:UIKit.UIListContentView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIListContentView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIListContentView.Appearance" /> property, or the <see cref="M:UIKit.UIListContentView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIListContentView.GetAppearance<MyUIListContentViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIManagedDocument.ClassHandle">
+ <member name="P:UIKit.UILocalizedIndexedCollation.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -52928,7 +57538,7 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIManagedDocument.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UILocalizedIndexedCollation.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -52975,7 +57585,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIManagedDocument.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UILocalizedIndexedCollation.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -52985,7 +57595,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIMarkupTextPrintFormatter.ClassHandle">
+ <member name="P:UIKit.UILocalNotification.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -52994,7 +57604,149 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIMarkupTextPrintFormatter.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UILocalNotification.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/uikit/uilocalnotification/1616653-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UILocalNotification.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UILocalNotification.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIManagedDocument.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIManagedDocument.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIManagedDocument.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIMarkupTextPrintFormatter.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIMarkupTextPrintFormatter.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -54717,130 +59469,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIPageControlProgress.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UIPageControl.UIPageControlAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIPageControl" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIPageControl" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIPageControl.Appearance" /> property or by calling <see cref="M:UIKit.UIPageControl.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIPageControlProgress.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="P:UIKit.UIPageControl.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIPageControl" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPageControl" />, they should use the <see cref="M:UIKit.UIPageControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPageControl.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPageControl.UIPageControlAppearance" /> for the subclass of <see cref="T:UIKit.UIPageControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPageControl" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPageControl.Appearance" /> property, or the <see cref="M:UIKit.UIPageControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIPageControl.GetAppearance<MyUIPageControlSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIPageControlProgress.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIPageControl.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIPageControl" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPageControl" />, they should use the <see cref="M:UIKit.UIPageControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIPageControlProgressDelegate.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIPageControl.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPageControl.UIPageControlAppearance" /> for <see cref="T:UIKit.UIPageControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPageControl.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPageControl" />, they should use the <see cref="M:UIKit.UIPageControl.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIPageControlProgressDelegate.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIPageControl.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPageControl.UIPageControlAppearance" /> for <see cref="T:UIKit.UIPageControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPageControl.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPageControl" />, they should use the <see cref="M:UIKit.UIPageControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIPageControlTimerProgress.ClassHandle">
+ <member name="M:UIKit.UIPageControl.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPageControl.UIPageControlAppearance" /> for the subclass of <see cref="T:UIKit.UIPageControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPageControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPageControl.Appearance" /> property, or the <see cref="M:UIKit.UIPageControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPageControl.GetAppearance<MyUIPageControlSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPageControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPageControl.UIPageControlAppearance" /> for the subclass of <see cref="T:UIKit.UIPageControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPageControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPageControl.Appearance" /> property, or the <see cref="M:UIKit.UIPageControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPageControl.GetAppearance<MyUIPageControlSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIPageControlProgress.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -54849,7 +59610,130 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIPageControlTimerProgress.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIPageControlProgress.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPageControlProgress.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPageControlProgressDelegate.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPageControlProgressDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIPageControlTimerProgress.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPageControlTimerProgress.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -55228,6 +60112,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIPasteControl.UIPasteControlAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIPasteControl" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIPasteControl" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIPasteControl.Appearance" /> property or by calling <see cref="M:UIKit.UIPasteControl.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIPasteControl.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIPasteControl" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPasteControl" />, they should use the <see cref="M:UIKit.UIPasteControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPasteControl.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPasteControl.UIPasteControlAppearance" /> for the subclass of <see cref="T:UIKit.UIPasteControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPasteControl" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPasteControl.Appearance" /> property, or the <see cref="M:UIKit.UIPasteControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIPasteControl.GetAppearance<MyUIPasteControlSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPasteControl.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIPasteControl" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPasteControl" />, they should use the <see cref="M:UIKit.UIPasteControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPasteControl.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPasteControl.UIPasteControlAppearance" /> for <see cref="T:UIKit.UIPasteControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPasteControl.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPasteControl" />, they should use the <see cref="M:UIKit.UIPasteControl.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPasteControl.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPasteControl.UIPasteControlAppearance" /> for <see cref="T:UIKit.UIPasteControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPasteControl.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPasteControl" />, they should use the <see cref="M:UIKit.UIPasteControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPasteControl.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPasteControl.UIPasteControlAppearance" /> for the subclass of <see cref="T:UIKit.UIPasteControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPasteControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPasteControl.Appearance" /> property, or the <see cref="M:UIKit.UIPasteControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPasteControl.GetAppearance<MyUIPasteControlSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPasteControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPasteControl.UIPasteControlAppearance" /> for the subclass of <see cref="T:UIKit.UIPasteControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPasteControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPasteControl.Appearance" /> property, or the <see cref="M:UIKit.UIPasteControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPasteControl.GetAppearance<MyUIPasteControlSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UIPasteControlConfiguration.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -56624,64 +61640,196 @@
</para>
</remarks>
</member>
- <member name="M:UIKit.UIPopoverControllerDelegate.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="T:UIKit.UIPopoverBackgroundView.UIPopoverBackgroundViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIPopoverBackgroundView" />.</summary>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIPopoverBackgroundView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIPopoverBackgroundView.Appearance" /> property or by calling <see cref="M:UIKit.UIPopoverBackgroundView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIPopoverBackgroundView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIPopoverBackgroundView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPopoverBackgroundView" />, they should use the <see cref="M:UIKit.UIPopoverBackgroundView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverBackgroundView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPopoverBackgroundView.UIPopoverBackgroundViewAppearance" /> for the subclass of <see cref="T:UIKit.UIPopoverBackgroundView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPopoverBackgroundView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPopoverBackgroundView.Appearance" /> property, or the <see cref="M:UIKit.UIPopoverBackgroundView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIPopoverBackgroundView.GetAppearance<MyUIPopoverBackgroundViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIPopoverControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIPopoverBackgroundView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIPopoverBackgroundView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPopoverBackgroundView" />, they should use the <see cref="M:UIKit.UIPopoverBackgroundView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIPopoverPresentationControllerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIPopoverBackgroundView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPopoverBackgroundView.UIPopoverBackgroundViewAppearance" /> for <see cref="T:UIKit.UIPopoverBackgroundView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPopoverBackgroundView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPopoverBackgroundView" />, they should use the <see cref="M:UIKit.UIPopoverBackgroundView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverBackgroundView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPopoverBackgroundView.UIPopoverBackgroundViewAppearance" /> for <see cref="T:UIKit.UIPopoverBackgroundView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPopoverBackgroundView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIPopoverBackgroundView" />, they should use the <see cref="M:UIKit.UIPopoverBackgroundView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverBackgroundView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPopoverBackgroundView.UIPopoverBackgroundViewAppearance" /> for the subclass of <see cref="T:UIKit.UIPopoverBackgroundView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPopoverBackgroundView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPopoverBackgroundView.Appearance" /> property, or the <see cref="M:UIKit.UIPopoverBackgroundView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPopoverBackgroundView.GetAppearance<MyUIPopoverBackgroundViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverBackgroundView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIPopoverBackgroundView.UIPopoverBackgroundViewAppearance" /> for the subclass of <see cref="T:UIKit.UIPopoverBackgroundView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIPopoverBackgroundView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIPopoverBackgroundView.Appearance" /> property, or the <see cref="M:UIKit.UIPopoverBackgroundView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIPopoverBackgroundView.GetAppearance<MyUIPopoverBackgroundViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverControllerDelegate.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverControllerDelegate.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIPopoverPresentationControllerDelegate.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -58126,6 +63274,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIProgressView.UIProgressViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIProgressView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIProgressView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIProgressView.Appearance" /> property or by calling <see cref="M:UIKit.UIProgressView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIProgressView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIProgressView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIProgressView" />, they should use the <see cref="M:UIKit.UIProgressView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIProgressView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIProgressView.UIProgressViewAppearance" /> for the subclass of <see cref="T:UIKit.UIProgressView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIProgressView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIProgressView.Appearance" /> property, or the <see cref="M:UIKit.UIProgressView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIProgressView.GetAppearance<MyUIProgressViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIProgressView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIProgressView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIProgressView" />, they should use the <see cref="M:UIKit.UIProgressView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIProgressView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIProgressView.UIProgressViewAppearance" /> for <see cref="T:UIKit.UIProgressView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIProgressView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIProgressView" />, they should use the <see cref="M:UIKit.UIProgressView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIProgressView.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIProgressView.UIProgressViewAppearance" /> for <see cref="T:UIKit.UIProgressView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIProgressView.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIProgressView" />, they should use the <see cref="M:UIKit.UIProgressView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIProgressView.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIProgressView.UIProgressViewAppearance" /> for the subclass of <see cref="T:UIKit.UIProgressView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIProgressView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIProgressView.Appearance" /> property, or the <see cref="M:UIKit.UIProgressView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIProgressView.GetAppearance<MyUIProgressViewSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIProgressView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIProgressView.UIProgressViewAppearance" /> for the subclass of <see cref="T:UIKit.UIProgressView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIProgressView" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIProgressView.Appearance" /> property, or the <see cref="M:UIKit.UIProgressView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIProgressView.GetAppearance<MyUIProgressViewSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
<member name="P:UIKit.UIReferenceLibraryViewController.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
@@ -58277,149 +63557,139 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIRegion.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="T:UIKit.UIRefreshControl.UIRefreshControlAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIRefreshControl" />.</summary>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIRefreshControl" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIRefreshControl.Appearance" /> property or by calling <see cref="M:UIKit.UIRefreshControl.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIRegion.#ctor(Foundation.NSCoder)">
- <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
- <param name="coder">The unarchiver object.</param>
+ <member name="P:UIKit.UIRefreshControl.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
<remarks>
- <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
- <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
- <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIRefreshControl" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIRefreshControl" />, they should use the <see cref="M:UIKit.UIRefreshControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
</remarks>
- <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
</member>
- <member name="M:UIKit.UIRegion.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIRefreshControl.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIRefreshControl.UIRefreshControlAppearance" /> for the subclass of <see cref="T:UIKit.UIRefreshControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIRefreshControl" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIRefreshControl.Appearance" /> property, or the <see cref="M:UIKit.UIRefreshControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTheme = UIRefreshControl.GetAppearance<MyUIRefreshControlSubclass> ();
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIRegion.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIRefreshControl.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIRefreshControl" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIRefreshControl" />, they should use the <see cref="M:UIKit.UIRefreshControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIResolvedShape.ClassHandle">
- <summary>The Objective-C class handle for this class.</summary>
- <value>The pointer to the Objective-C class.</value>
+ <member name="M:UIKit.UIRefreshControl.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIRefreshControl.UIRefreshControlAppearance" /> for <see cref="T:UIKit.UIRefreshControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- Each managed class mirrors an unmanaged Objective-C class.
- This value contains the pointer to the Objective-C class.
- It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
- </remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIRefreshControl.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIRefreshControl" />, they should use the <see cref="M:UIKit.UIRefreshControl.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
</member>
- <member name="M:UIKit.UIResolvedShape.#ctor(Foundation.NSObjectFlag)">
- <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
- <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <member name="M:UIKit.UIRefreshControl.GetAppearance(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIRefreshControl.UIRefreshControlAppearance" /> for <see cref="T:UIKit.UIRefreshControl" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
- This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
- When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
- The actual initialization of the object is up to the developer.
- </para>
- <para>
- This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
- Once the allocation has taken place, the constructor has to initialize the object.
- With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
- </para>
- <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
- <para>
- In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
- If this is not the case, developers should instead chain to the proper constructor in their class.
- </para>
- <para>
- The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
- Typically the chaining would look like this:
- </para>
+ <para>The following example shows how this method works:</para>
<example>
<code lang="csharp lang-csharp"><![CDATA[
- //
- // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
- // No actual initXxx method is invoked, that is done later in the constructor
- //
- // This is taken from the iOS SDK's source code for the UIView class:
- //
- [Export ("initWithFrame:")]
- public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
- {
- // Invoke the init method now.
- var initWithFrame = new Selector ("initWithFrame:").Handle;
- if (IsDirectBinding) {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
- } else {
- Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
- }
- }
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIRefreshControl.GetAppearance (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
]]></code>
</example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIRefreshControl" />, they should use the <see cref="M:UIKit.UIRefreshControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="M:UIKit.UIResolvedShape.#ctor(ObjCRuntime.NativeHandle)">
- <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
- <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <member name="M:UIKit.UIRefreshControl.GetAppearance``1(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIRefreshControl.UIRefreshControlAppearance" /> for the subclass of <see cref="T:UIKit.UIRefreshControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIRefreshControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
<remarks>
- <para>
- This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
- Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
- </para>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIRefreshControl.Appearance" /> property, or the <see cref="M:UIKit.UIRefreshControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIRefreshControl.GetAppearance<MyUIRefreshControlSubclass> (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
</remarks>
</member>
- <member name="P:UIKit.UIResponder.ClassHandle">
+ <member name="M:UIKit.UIRefreshControl.GetAppearance``1(UIKit.UITraitCollection,System.Type[])">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIRefreshControl.UIRefreshControlAppearance" /> for the subclass of <see cref="T:UIKit.UIRefreshControl" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIRefreshControl" />.</typeparam>
+ <param name="traits">Trait collection to match.</param>
+ <param name="containers">List of types that the developer wishes to have as the containers to apply this particular appearance.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIRefreshControl.Appearance" /> property, or the <see cref="M:UIKit.UIRefreshControl.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIRefreshControl.GetAppearance<MyUIRefreshControlSubclass> (myTraits, typeof (UINavigationBar), typeof (UIPopoverController));
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIRegion.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -58428,7 +63698,17 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIResponder.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIRegion.#ctor(Foundation.NSCoder)">
+ <summary>A constructor that initializes the object from the data stored in the unarchiver object.</summary>
+ <param name="coder">The unarchiver object.</param>
+ <remarks>
+ <para>This constructor is provided to allow the class to be initialized from an unarchiver (for example, during NIB deserialization). This is part of the <see cref="T:Foundation.NSCoding" /> protocol.</para>
+ <para>If developers want to create a subclass of this object and continue to support deserialization from an archive, they should implement a constructor with an identical signature: taking a single parameter of type <see cref="T:Foundation.NSCoder" /> and decorate it with the <c>[Export("initWithCoder:"]</c> attribute.</para>
+ <para>The state of this object can also be serialized by using the <see cref="M:Foundation.INSCoding.EncodeTo(Foundation.NSCoder)" /> companion method.</para>
+ </remarks>
+ <appledoc>https://developer.apple.com/documentation/foundation/nscoding/1416145-initwithcoder</appledoc>
+ </member>
+ <member name="M:UIKit.UIRegion.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -58475,7 +63755,7 @@
</example>
</remarks>
</member>
- <member name="M:UIKit.UIResponder.#ctor(ObjCRuntime.NativeHandle)">
+ <member name="M:UIKit.UIRegion.#ctor(ObjCRuntime.NativeHandle)">
<summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
<param name="handle">Pointer (handle) to the unmanaged object.</param>
<remarks>
@@ -58485,7 +63765,7 @@
</para>
</remarks>
</member>
- <member name="P:UIKit.UIScene.ClassHandle">
+ <member name="P:UIKit.UIResolvedShape.ClassHandle">
<summary>The Objective-C class handle for this class.</summary>
<value>The pointer to the Objective-C class.</value>
<remarks>
@@ -58494,7 +63774,139 @@
It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
</remarks>
</member>
- <member name="M:UIKit.UIScene.#ctor(Foundation.NSObjectFlag)">
+ <member name="M:UIKit.UIResolvedShape.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIResolvedShape.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIResponder.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIResponder.#ctor(Foundation.NSObjectFlag)">
+ <summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
+ <param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
+ <remarks>
+ <para>
+ This constructor should be called by derived classes when they completely construct the object in managed code and merely want the runtime to allocate and initialize the <see cref="T:Foundation.NSObject" />.
+ This is required to implement the two-step initialization process that Objective-C uses, the first step is to perform the object allocation, the second step is to initialize the object.
+ When developers invoke this constructor, they take advantage of a direct path that goes all the way up to <see cref="T:Foundation.NSObject" /> to merely allocate the object's memory and bind the Objective-C and C# objects together.
+ The actual initialization of the object is up to the developer.
+ </para>
+ <para>
+ This constructor is typically used by the binding generator to allocate the object, but prevent the actual initialization to take place.
+ Once the allocation has taken place, the constructor has to initialize the object.
+ With constructors generated by the binding generator this means that it manually invokes one of the "init" methods to initialize the object.
+ </para>
+ <para>It is the developer's responsibility to completely initialize the object if they chain up using this constructor chain.</para>
+ <para>
+ In general, if the developer's constructor invokes the corresponding base implementation, then it should also call an Objective-C init method.
+ If this is not the case, developers should instead chain to the proper constructor in their class.
+ </para>
+ <para>
+ The argument value is ignored and merely ensures that the only code that is executed is the construction phase is the basic <see cref="T:Foundation.NSObject" /> allocation and runtime type registration.
+ Typically the chaining would look like this:
+ </para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ //
+ // The NSObjectFlag constructor merely allocates the object and registers the C# class with the Objective-C runtime if necessary.
+ // No actual initXxx method is invoked, that is done later in the constructor
+ //
+ // This is taken from the iOS SDK's source code for the UIView class:
+ //
+ [Export ("initWithFrame:")]
+ public UIView (System.Drawing.RectangleF frame) : base (NSObjectFlag.Empty)
+ {
+ // Invoke the init method now.
+ var initWithFrame = new Selector ("initWithFrame:").Handle;
+ if (IsDirectBinding) {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSend_CGRect (this.Handle, initWithFrame, frame);
+ } else {
+ Handle = ObjCRuntime.Messaging.IntPtr_objc_msgSendSuper_CGRect (this.SuperHandle, initWithFrame, frame);
+ }
+ }
+ ]]></code>
+ </example>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIResponder.#ctor(ObjCRuntime.NativeHandle)">
+ <summary>A constructor used when creating managed representations of unmanaged objects. Called by the runtime.</summary>
+ <param name="handle">Pointer (handle) to the unmanaged object.</param>
+ <remarks>
+ <para>
+ This constructor is invoked by the runtime infrastructure (<see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" />) to create a new managed representation for a pointer to an unmanaged Objective-C object.
+ Developers should not invoke this method directly, instead they should call <see cref="M:ObjCRuntime.Runtime.GetNSObject(System.IntPtr)" /> as it will prevent two instances of a managed object pointing to the same native object.
+ </para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIScene.ClassHandle">
+ <summary>The Objective-C class handle for this class.</summary>
+ <value>The pointer to the Objective-C class.</value>
+ <remarks>
+ Each managed class mirrors an unmanaged Objective-C class.
+ This value contains the pointer to the Objective-C class.
+ It is similar to calling the managed <see cref="M:ObjCRuntime.Class.GetHandle(System.String)" /> or the native <see href="https://developer.apple.com/documentation/objectivec/1418952-objc_getclass">objc_getClass</see> method with the type name.
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIScene.#ctor(Foundation.NSObjectFlag)">
<summary>Constructor to call on derived classes to skip initialization and merely allocate the object.</summary>
<param name="t">Unused sentinel value, pass NSObjectFlag.Empty.</param>
<remarks>
@@ -59991,6 +65403,138 @@
</para>
</remarks>
</member>
+ <member name="T:UIKit.UIScrollView.UIScrollViewAppearance">
+ <summary>Appearance class for objects of type <see cref="T:UIKit.UIScrollView" />.</summary>
+ <remarks>
+ <para>This appearance class is a strongly typed subclass of UIAppearance that is intended to be used with objects of class <see cref="T:UIKit.UIScrollView" />.</para>
+ <para>You can obtain an instance to this class by either accessing the static <see cref="P:UIKit.UIScrollView.Appearance" /> property or by calling <see cref="M:UIKit.UIScrollView.AppearanceWhenContainedIn(System.Type[])" /> to get a UIAppearance that is context sensitive.</para>
+ </remarks>
+ </member>
+ <member name="P:UIKit.UIScrollView.Appearance">
+ <summary>Strongly-typed property that returns the UIAppearance class for this class.</summary>
+ <remarks>
+ <para>Setting any appearance properties on this instance will affect the appearance of all instances of <see cref="T:UIKit.UIScrollView" />.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIScrollView" />, they should use the <see cref="M:UIKit.UIScrollView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIScrollView.GetAppearance``1">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIScrollView.UIScrollViewAppearance" /> for the subclass of <see cref="T:UIKit.UIScrollView" />.</summary>
+ <typeparam name="T">The type for which the <see cref="T:UIKit.UIAppearance" /> proxy must be returned. This is a subclass of <see cref="T:UIKit.UIScrollView" />.</typeparam>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>Setting any appearance properties on the returned object will affect the appearance of all classes and subclasses of the type parameter.</para>
+ <para>Unlike the <see cref="P:UIKit.UIScrollView.Appearance" /> property, or the <see cref="M:UIKit.UIScrollView.AppearanceWhenContainedIn(System.Type[])" /> method which only work on instances of this particular class, the proxies returned by this method can be used to change the style of subclasses.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTheme = UIScrollView.GetAppearance<MyUIScrollViewSubclass> ();
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIScrollView.AppearanceWhenContainedIn(System.Type[])">
+ <param name="containers">List of types that developers want to have as the containers to apply this particular appearance</param>
+ <summary>Returns a strongly typed <see cref="T:UIKit.UIAppearance" /> for instances of this class when the view is hosted in the specified hierarchy.</summary>
+ <returns>The appearance proxy object that developers can use to set properties when the given container hierarchy is active</returns>
+ <remarks>
+ <para>The returned object represents the <see cref="T:UIKit.UIAppearance" /> proxy where developers can set appearance properties for instances of <see cref="T:UIKit.UIScrollView" /> when those instances are contained in the hierarchy specified by the <paramref name="containers" /> parameter.</para>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIScrollView" />, they should use the <see cref="M:UIKit.UIScrollView.GetAppearance``1(UIKit.UITraitCollection,System.Type[])" /> method.</para>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var mySliders = UISlider.AppearanceWhenContainedIn (typeof (UINavigationBar), typeof (UIPopoverController));
+ mySliders.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>For more information, see the documentation for the <see cref="T:UIKit.UIAppearance" /> class.</para>
+ </remarks>
+ </member>
+ <member name="M:UIKit.UIScrollView.GetAppearance(UIKit.UITraitCollection)">
+ <summary>Obtains the appearance proxy <see cref="T:UIKit.UIScrollView.UIScrollViewAppearance" /> for <see cref="T:UIKit.UIScrollView" />.</summary>
+ <param name="traits">Trait collection to match.</param>
+ <returns>
+ <para>An appearance proxy object for the specified type.</para>
+ </returns>
+ <remarks>
+ <para>The following example shows how this method works:</para>
+ <example>
+ <code lang="csharp lang-csharp"><![CDATA[
+ var myTraits = new UITraitCollection ();
+ var myTheme = UIScrollView.GetAppearance (myTraits);
+ myTheme.TintColor = UIColor.Red;
+ ]]></code>
+ </example>
+ <para>If developers want to control the appearance of subclasses of <see cref="T:UIKit.UIScrollView" />, they should use the <see cref="M:UIKit.UIScrollView.GetAppearance``1(UIKit.UITraitCollection)" /> method.</para>
+ <para>For more information, see the documentation
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