ToolboxItemFilterAttribute クラス
アセンブリ: System (system.dll 内)

<SerializableAttribute> _ <AttributeUsageAttribute(AttributeTargets.Class, AllowMultiple:=True, Inherited:=True)> _ Public NotInheritable Class ToolboxItemFilterAttribute Inherits Attribute
[SerializableAttribute] [AttributeUsageAttribute(AttributeTargets.Class, AllowMultiple=true, Inherited=true)] public sealed class ToolboxItemFilterAttribute : Attribute
[SerializableAttribute] [AttributeUsageAttribute(AttributeTargets::Class, AllowMultiple=true, Inherited=true)] public ref class ToolboxItemFilterAttribute sealed : public Attribute

ToolboxItemFilterAttribute には、一致する属性またはコードを持つデザイナだけで使用するようにツールボックス項目をマークできる機構が用意されています。一致する属性またはコードにより、ツールボックス内でツールボックス項目を有効にするか無効にするかが判断されます。
ToolboxItemFilterAttribute を ToolboxItem に適用して、項目を有効または無効にする時点を指定するフィルタ文字列およびフィルタの種類を示すことができます。さらに、ToolboxItemFilterAttribute をデザイナに適用して、そのデザイナがツールボックスで項目を有効にするための必要条件を示すこともできます。この属性の型を使用すると、一致するフィルタ文字列を持つデザイナが使用されているときに、該当するツールボックス項目が常に有効になることを示します。このフィルタの種類は、ToolboxItemFilterType を使用して、FilterType プロパティに指定され、フィルタ文字列が一致するかどうかを利用するか、利用する場合はその方法、または項目を有効にするかどうかを決定するためにカスタム コードを使用するか、などを示します。

ToolboxItemFilterAttribute を適用する方法を次のコード例に示します。
Imports System Imports System.Collections Imports System.ComponentModel Imports System.ComponentModel.Design Imports System.Diagnostics Imports System.Drawing Imports System.Drawing.Design Imports System.Windows.Forms Imports System.Windows.Forms.Design ' This example contains an IRootDesigner that implements the IToolboxUser interface. ' This example demonstrates how to enable the GetToolSupported method of an IToolboxUser ' designer in order to disable specific toolbox items, and how to respond to the ' invocation of a ToolboxItem in the ToolPicked method of an IToolboxUser implementation. ' This example component class demonstrates the associated IRootDesigner which ' implements the IToolboxUser interface. When designer view is invoked, Visual ' Studio .NET attempts to display a design mode view for the class at the top ' of a code file. This can sometimes fail when the class is one of multiple types ' in a code file, and has a DesignerAttribute associating it with an IRootDesigner. ' Placing a derived class at the top of the code file solves this problem. A ' derived class is not typically needed for this reason, except that placing the ' RootDesignedComponent class in another file is not a simple solution for a code ' example that is packaged in one segment of code. Public Class RootViewSampleComponent Inherits RootDesignedComponent End Class ' The following attribute associates the SampleRootDesigner with this example component. <DesignerAttribute(GetType(SampleRootDesigner), GetType(IRootDesigner))> _ Public Class RootDesignedComponent Inherits System.Windows.Forms.Control End Class ' This example IRootDesigner implements the IToolboxUser interface and provides a ' Windows Forms view technology view for its associated component using an internal ' Control type. ' The following ToolboxItemFilterAttribute enables the GetToolSupported method of this ' IToolboxUser designer to be queried to check for whether to enable or disable all ' ToolboxItems which create any components whose type name begins with "System.Windows.Forms". <ToolboxItemFilterAttribute("System.Windows.Forms", ToolboxItemFilterType.Custom)> _ <System.Security.Permissions.PermissionSetAttribute(System.Security.Permissions.SecurityAction.Demand, Name:="FullTrust")> _ Public Class SampleRootDesigner Inherits ParentControlDesigner Implements IRootDesigner, IToolboxUser ' Member field of custom type RootDesignerView, a control that is shown in the ' design mode document window. This member is cached to reduce processing needed ' to recreate the view control on each call to GetView(). Private m_view As RootDesignerView ' This string array contains type names of components that should not be added to ' the component managed by this designer from the Toolbox. Any ToolboxItems whose ' type name matches a type name in this array will be marked disabled according to ' the signal returned by the IToolboxUser.GetToolSupported method of this designer. Private blockedTypeNames As String() = {"System.Windows.Forms.ListBox", "System.Windows.Forms.GroupBox"} ' IRootDesigner.SupportedTechnologies is a required override for an IRootDesigner. ' This designer provides a display using the Windows Forms view technology. ReadOnly Property SupportedTechnologies() As ViewTechnology() Implements IRootDesigner.SupportedTechnologies Get Return New ViewTechnology() {ViewTechnology.Default} End Get End Property ' This method returns an object that provides the view for this root designer. Function GetView(ByVal technology As ViewTechnology) As Object Implements IRootDesigner.GetView ' If the design environment requests a view technology other than Windows ' Forms, this method throws an Argument Exception. If technology <> ViewTechnology.Default Then Throw New ArgumentException("An unsupported view technology was requested", "Unsupported view technology.") End If ' Creates the view object if it has not yet been initialized. If m_view Is Nothing Then m_view = New RootDesignerView(Me) End If Return m_view End Function ' This method can signal whether to enable or disable the specified ' ToolboxItem when the component associated with this designer is selected. Function GetToolSupported(ByVal tool As ToolboxItem) As Boolean Implements IToolboxUser.GetToolSupported ' Search the blocked type names array for the type name of the tool ' for which support for is being tested. Return false to indicate the ' tool should be disabled when the associated component is selected. Dim i As Integer For i = 0 To blockedTypeNames.Length - 1 If tool.TypeName = blockedTypeNames(i) Then Return False End If Next i ' Return true to indicate support for the tool, if the type name of the ' tool is not located in the blockedTypeNames string array. Return True End Function ' This method can perform behavior when the specified tool has been invoked. ' Invocation of a ToolboxItem typically creates a component or components, ' and adds any created components to the associated component. Sub ToolPicked(ByVal tool As ToolboxItem) Implements IToolboxUser.ToolPicked End Sub ' This control provides a Windows Forms view technology view object that ' provides a display for the SampleRootDesigner. <DesignerAttribute(GetType(ParentControlDesigner), GetType(IDesigner))> _ Friend Class RootDesignerView Inherits Control ' This field stores a reference to a designer. Private m_designer As IDesigner Public Sub New(ByVal designer As IDesigner) ' Performs basic control initialization. m_designer = designer BackColor = Color.Blue Font = New Font(Font.FontFamily.Name, 24.0F) End Sub ' This method is called to draw the view for the SampleRootDesigner. Protected Overrides Sub OnPaint(ByVal pe As PaintEventArgs) MyBase.OnPaint(pe) ' Draws the name of the component in large letters. pe.Graphics.DrawString(m_designer.Component.Site.Name, Font, Brushes.Yellow, New RectangleF(ClientRectangle.X, ClientRectangle.Y, ClientRectangle.Width, ClientRectangle.Height)) End Sub End Class End Class
using System; using System.Collections; using System.ComponentModel; using System.ComponentModel.Design; using System.Diagnostics; using System.Drawing; using System.Drawing.Design; using System.Windows.Forms; using System.Windows.Forms.Design; // This example contains an IRootDesigner that implements the IToolboxUser interface. // This example demonstrates how to enable the GetToolSupported method of an IToolboxUser // designer in order to disable specific toolbox items, and how to respond to the // invocation of a ToolboxItem in the ToolPicked method of an IToolboxUser implementation. namespace IToolboxUserExample { // This example component class demonstrates the associated IRootDesigner which // implements the IToolboxUser interface. When designer view is invoked, Visual // Studio .NET attempts to display a design mode view for the class at the top // of a code file. This can sometimes fail when the class is one of multiple types // in a code file, and has a DesignerAttribute associating it with an IRootDesigner. // Placing a derived class at the top of the code file solves this problem. A // derived class is not typically needed for this reason, except that placing the // RootDesignedComponent class in another file is not a simple solution for a code // example that is packaged in one segment of code. public class RootViewSampleComponent : RootDesignedComponent { } // The following attribute associates the SampleRootDesigner with this example component. [DesignerAttribute(typeof(SampleRootDesigner), typeof(IRootDesigner))] public class RootDesignedComponent : System.Windows.Forms.Control { } // This example IRootDesigner implements the IToolboxUser interface and provides a // Windows Forms view technology view for its associated component using an internal // Control type. // The following ToolboxItemFilterAttribute enables the GetToolSupported method of this // IToolboxUser designer to be queried to check for whether to enable or disable all // ToolboxItems which create any components whose type name begins with "System.Windows.Forms". [ToolboxItemFilterAttribute("System.Windows.Forms", ToolboxItemFilterType.Custom)] [System.Security.Permissions.PermissionSet(System.Security.Permissions.SecurityAction.Demand, Name = "FullTrust")] public class SampleRootDesigner : ParentControlDesigner, IRootDesigner, IToolboxUser { // This field is a custom Control type named RootDesignerView. This field references // a control that is shown in the design mode document window. private RootDesignerView view; // This string array contains type names of components that should not be added to // the component managed by this designer from the Toolbox. Any ToolboxItems whose // type name matches a type name in this array will be marked disabled according to // the signal returned by the IToolboxUser.GetToolSupported method of this designer. private string[] blockedTypeNames = { "System.Windows.Forms.ListBox", "System.Windows.Forms.GroupBox" }; // IRootDesigner.SupportedTechnologies is a required override for an IRootDesigner. // This designer provides a display using the Windows Forms view technology. ViewTechnology[] IRootDesigner.SupportedTechnologies { get { return new ViewTechnology[] {ViewTechnology.Default}; } } // This method returns an object that provides the view for this root designer. object IRootDesigner.GetView(ViewTechnology technology) { // If the design environment requests a view technology other than Windows // Forms, this method throws an Argument Exception. if (technology != ViewTechnology.Default) throw new ArgumentException("An unsupported view technology was requested", "Unsupported view technology."); // Creates the view object if it has not yet been initialized. if (view == null) view = new RootDesignerView(this); return view; } // This method can signal whether to enable or disable the specified // ToolboxItem when the component associated with this designer is selected. bool IToolboxUser.GetToolSupported(ToolboxItem tool) { // Search the blocked type names array for the type name of the tool // for which support for is being tested. Return false to indicate the // tool should be disabled when the associated component is selected. for( int i=0; i<blockedTypeNames.Length; i++ ) if( tool.TypeName == blockedTypeNames[i] ) return false; // Return true to indicate support for the tool, if the type name of the // tool is not located in the blockedTypeNames string array. return true; } // This method can perform behavior when the specified tool has been invoked. // Invocation of a ToolboxItem typically creates a component or components, // and adds any created components to the associated component. void IToolboxUser.ToolPicked(ToolboxItem tool) { } // This control provides a Windows Forms view technology view object that // provides a display for the SampleRootDesigner. [DesignerAttribute(typeof(ParentControlDesigner), typeof(IDesigner))] internal class RootDesignerView : Control { // This field stores a reference to a designer. private IDesigner m_designer; public RootDesignerView(IDesigner designer) { // Perform basic control initialization. m_designer = designer; BackColor = Color.Blue; Font = new Font(Font.FontFamily.Name, 24.0f); } // This method is called to draw the view for the SampleRootDesigner. protected override void OnPaint(PaintEventArgs pe) { base.OnPaint(pe); // Draw the name of the component in large letters. pe.Graphics.DrawString(m_designer.Component.Site.Name, Font, Brushes.Yellow, ClientRectangle); } } } }

System.Attribute
System.ComponentModel.ToolboxItemFilterAttribute


Windows 98, Windows 2000 SP4, Windows Millennium Edition, Windows Server 2003, Windows XP Media Center Edition, Windows XP Professional x64 Edition, Windows XP SP2, Windows XP Starter Edition
開発プラットフォームの中には、.NET Framework によってサポートされていないバージョンがあります。サポートされているバージョンについては、「システム要件」を参照してください。


ToolboxItemFilterAttribute コンストラクタ (String, ToolboxItemFilterType)
アセンブリ: System (system.dll 内)

Dim filterString As String Dim filterType As ToolboxItemFilterType Dim instance As New ToolboxItemFilterAttribute(filterString, filterType)
public function ToolboxItemFilterAttribute ( filterString : String, filterType : ToolboxItemFilterType )

ToolboxItemFilterAttribute を適用する方法を次のコード例に示します。
Imports System Imports System.Collections Imports System.ComponentModel Imports System.ComponentModel.Design Imports System.Diagnostics Imports System.Drawing Imports System.Drawing.Design Imports System.Windows.Forms Imports System.Windows.Forms.Design ' This example contains an IRootDesigner that implements the IToolboxUser interface. ' This example demonstrates how to enable the GetToolSupported method of an IToolboxUser ' designer in order to disable specific toolbox items, and how to respond to the ' invocation of a ToolboxItem in the ToolPicked method of an IToolboxUser implementation. ' This example component class demonstrates the associated IRootDesigner which ' implements the IToolboxUser interface. When designer view is invoked, Visual ' Studio .NET attempts to display a design mode view for the class at the top ' of a code file. This can sometimes fail when the class is one of multiple types ' in a code file, and has a DesignerAttribute associating it with an IRootDesigner. ' Placing a derived class at the top of the code file solves this problem. A ' derived class is not typically needed for this reason, except that placing the ' RootDesignedComponent class in another file is not a simple solution for a code ' example that is packaged in one segment of code. Public Class RootViewSampleComponent Inherits RootDesignedComponent End Class ' The following attribute associates the SampleRootDesigner with this example component. <DesignerAttribute(GetType(SampleRootDesigner), GetType(IRootDesigner))> _ Public Class RootDesignedComponent Inherits System.Windows.Forms.Control End Class ' This example IRootDesigner implements the IToolboxUser interface and provides a ' Windows Forms view technology view for its associated component using an internal ' Control type. ' The following ToolboxItemFilterAttribute enables the GetToolSupported method of this ' IToolboxUser designer to be queried to check for whether to enable or disable all ' ToolboxItems which create any components whose type name begins with "System.Windows.Forms". <ToolboxItemFilterAttribute("System.Windows.Forms", ToolboxItemFilterType.Custom)> _ <System.Security.Permissions.PermissionSetAttribute(System.Security.Permissions.SecurityAction.Demand, Name:="FullTrust")> _ Public Class SampleRootDesigner Inherits ParentControlDesigner Implements IRootDesigner, IToolboxUser ' Member field of custom type RootDesignerView, a control that is shown in the ' design mode document window. This member is cached to reduce processing needed ' to recreate the view control on each call to GetView(). Private m_view As RootDesignerView ' This string array contains type names of components that should not be added to ' the component managed by this designer from the Toolbox. Any ToolboxItems whose ' type name matches a type name in this array will be marked disabled according to ' the signal returned by the IToolboxUser.GetToolSupported method of this designer. Private blockedTypeNames As String() = {"System.Windows.Forms.ListBox", "System.Windows.Forms.GroupBox"} ' IRootDesigner.SupportedTechnologies is a required override for an IRootDesigner. ' This designer provides a display using the Windows Forms view technology. ReadOnly Property SupportedTechnologies() As ViewTechnology() Implements IRootDesigner.SupportedTechnologies Get Return New ViewTechnology() {ViewTechnology.Default} End Get End Property ' This method returns an object that provides the view for this root designer. Function GetView(ByVal technology As ViewTechnology) As Object Implements IRootDesigner.GetView ' If the design environment requests a view technology other than Windows ' Forms, this method throws an Argument Exception. If technology <> ViewTechnology.Default Then Throw New ArgumentException("An unsupported view technology was requested", "Unsupported view technology.") End If ' Creates the view object if it has not yet been initialized. If m_view Is Nothing Then m_view = New RootDesignerView(Me) End If Return m_view End Function ' This method can signal whether to enable or disable the specified ' ToolboxItem when the component associated with this designer is selected. Function GetToolSupported(ByVal tool As ToolboxItem) As Boolean Implements IToolboxUser.GetToolSupported ' Search the blocked type names array for the type name of the tool ' for which support for is being tested. Return false to indicate the ' tool should be disabled when the associated component is selected. Dim i As Integer For i = 0 To blockedTypeNames.Length - 1 If tool.TypeName = blockedTypeNames(i) Then Return False End If Next i ' Return true to indicate support for the tool, if the type name of the ' tool is not located in the blockedTypeNames string array. Return True End Function ' This method can perform behavior when the specified tool has been invoked. ' Invocation of a ToolboxItem typically creates a component or components, ' and adds any created components to the associated component. Sub ToolPicked(ByVal tool As ToolboxItem) Implements IToolboxUser.ToolPicked End Sub ' This control provides a Windows Forms view technology view object that ' provides a display for the SampleRootDesigner. <DesignerAttribute(GetType(ParentControlDesigner), GetType(IDesigner))> _ Friend Class RootDesignerView Inherits Control ' This field stores a reference to a designer. Private m_designer As IDesigner Public Sub New(ByVal designer As IDesigner) ' Performs basic control initialization. m_designer = designer BackColor = Color.Blue Font = New Font(Font.FontFamily.Name, 24.0F) End Sub ' This method is called to draw the view for the SampleRootDesigner. Protected Overrides Sub OnPaint(ByVal pe As PaintEventArgs) MyBase.OnPaint(pe) ' Draws the name of the component in large letters. pe.Graphics.DrawString(m_designer.Component.Site.Name, Font, Brushes.Yellow, New RectangleF(ClientRectangle.X, ClientRectangle.Y, ClientRectangle.Width, ClientRectangle.Height)) End Sub End Class End Class
using System; using System.Collections; using System.ComponentModel; using System.ComponentModel.Design; using System.Diagnostics; using System.Drawing; using System.Drawing.Design; using System.Windows.Forms; using System.Windows.Forms.Design; // This example contains an IRootDesigner that implements the IToolboxUser interface. // This example demonstrates how to enable the GetToolSupported method of an IToolboxUser // designer in order to disable specific toolbox items, and how to respond to the // invocation of a ToolboxItem in the ToolPicked method of an IToolboxUser implementation. namespace IToolboxUserExample { // This example component class demonstrates the associated IRootDesigner which // implements the IToolboxUser interface. When designer view is invoked, Visual // Studio .NET attempts to display a design mode view for the class at the top // of a code file. This can sometimes fail when the class is one of multiple types // in a code file, and has a DesignerAttribute associating it with an IRootDesigner. // Placing a derived class at the top of the code file solves this problem. A // derived class is not typically needed for this reason, except that placing the // RootDesignedComponent class in another file is not a simple solution for a code // example that is packaged in one segment of code. public class RootViewSampleComponent : RootDesignedComponent { } // The following attribute associates the SampleRootDesigner with this example component. [DesignerAttribute(typeof(SampleRootDesigner), typeof(IRootDesigner))] public class RootDesignedComponent : System.Windows.Forms.Control { } // This example IRootDesigner implements the IToolboxUser interface and provides a // Windows Forms view technology view for its associated component using an internal // Control type. // The following ToolboxItemFilterAttribute enables the GetToolSupported method of this // IToolboxUser designer to be queried to check for whether to enable or disable all // ToolboxItems which create any components whose type name begins with "System.Windows.Forms". [ToolboxItemFilterAttribute("System.Windows.Forms", ToolboxItemFilterType.Custom)] [System.Security.Permissions.PermissionSet(System.Security.Permissions.SecurityAction.Demand, Name = "FullTrust")] public class SampleRootDesigner : ParentControlDesigner, IRootDesigner, IToolboxUser { // This field is a custom Control type named RootDesignerView. This field references // a control that is shown in the design mode document window. private RootDesignerView view; // This string array contains type names of components that should not be added to // the component managed by this designer from the Toolbox. Any ToolboxItems whose // type name matches a type name in this array will be marked disabled according to // the signal returned by the IToolboxUser.GetToolSupported method of this designer. private string[] blockedTypeNames = { "System.Windows.Forms.ListBox", "System.Windows.Forms.GroupBox" }; // IRootDesigner.SupportedTechnologies is a required override for an IRootDesigner. // This designer provides a display using the Windows Forms view technology. ViewTechnology[] IRootDesigner.SupportedTechnologies { get { return new ViewTechnology[] {ViewTechnology.Default}; } } // This method returns an object that provides the view for this root designer. object IRootDesigner.GetView(ViewTechnology technology) { // If the design environment requests a view technology other than Windows // Forms, this method throws an Argument Exception. if (technology != ViewTechnology.Default) throw new ArgumentException("An unsupported view technology was requested", "Unsupported view technology."); // Creates the view object if it has not yet been initialized. if (view == null) view = new RootDesignerView(this); return view; } // This method can signal whether to enable or disable the specified // ToolboxItem when the component associated with this designer is selected. bool IToolboxUser.GetToolSupported(ToolboxItem tool) { // Search the blocked type names array for the type name of the tool // for which support for is being tested. Return false to indicate the // tool should be disabled when the associated component is selected. for( int i=0; i<blockedTypeNames.Length; i++ ) if( tool.TypeName == blockedTypeNames[i] ) return false; // Return true to indicate support for the tool, if the type name of the // tool is not located in the blockedTypeNames string array. return true; } // This method can perform behavior when the specified tool has been invoked. // Invocation of a ToolboxItem typically creates a component or components, // and adds any created components to the associated component. void IToolboxUser.ToolPicked(ToolboxItem tool) { } // This control provides a Windows Forms view technology view object that // provides a display for the SampleRootDesigner. [DesignerAttribute(typeof(ParentControlDesigner), typeof(IDesigner))] internal class RootDesignerView : Control { // This field stores a reference to a designer. private IDesigner m_designer; public RootDesignerView(IDesigner designer) { // Perform basic control initialization. m_designer = designer; BackColor = Color.Blue; Font = new Font(Font.FontFamily.Name, 24.0f); } // This method is called to draw the view for the SampleRootDesigner. protected override void OnPaint(PaintEventArgs pe) { base.OnPaint(pe); // Draw the name of the component in large letters. pe.Graphics.DrawString(m_designer.Component.Site.Name, Font, Brushes.Yellow, ClientRectangle); } } } }

Windows 98, Windows 2000 SP4, Windows Millennium Edition, Windows Server 2003, Windows XP Media Center Edition, Windows XP Professional x64 Edition, Windows XP SP2, Windows XP Starter Edition
開発プラットフォームの中には、.NET Framework によってサポートされていないバージョンがあります。サポートされているバージョンについては、「システム要件」を参照してください。


ToolboxItemFilterAttribute コンストラクタ (String)
アセンブリ: System (system.dll 内)


Windows 98, Windows 2000 SP4, Windows Millennium Edition, Windows Server 2003, Windows XP Media Center Edition, Windows XP Professional x64 Edition, Windows XP SP2, Windows XP Starter Edition
開発プラットフォームの中には、.NET Framework によってサポートされていないバージョンがあります。サポートされているバージョンについては、「システム要件」を参照してください。


ToolboxItemFilterAttribute コンストラクタ

名前 | 説明 |
---|---|
ToolboxItemFilterAttribute (String) | フィルタ文字列を指定して、ToolboxItemFilterAttribute クラスの新しいインスタンスを初期化します。 |
ToolboxItemFilterAttribute (String, ToolboxItemFilterType) | フィルタ文字列とフィルタの種類を指定して、ToolboxItemFilterAttribute クラスの新しいインスタンスを初期化します。 |

ToolboxItemFilterAttribute プロパティ

名前 | 説明 | |
---|---|---|
![]() | FilterString | ツールボックス項目のフィルタ文字列を取得します。 |
![]() | FilterType | フィルタの種類を取得します。 |
![]() | TypeId | オーバーライドされます。 属性の型 ID を取得します。 |

ToolboxItemFilterAttribute メソッド

名前 | 説明 | |
---|---|---|
![]() | Equals | オーバーロードされます。 オーバーライドされます。 2 つの ToolboxItemFilterAttribute オブジェクトが等しいかどうかを判断します。 |
![]() | GetCustomAttribute | オーバーロードされます。 アセンブリ、モジュール、型のメンバ、またはメソッド パラメータに適用された指定した型のカスタム属性を取得します。 ( Attribute から継承されます。) |
![]() | GetCustomAttributes | オーバーロードされます。 アセンブリ、モジュール、型のメンバ、またはメソッド パラメータに適用されたカスタム属性の配列を取得します。 ( Attribute から継承されます。) |
![]() | GetHashCode | オーバーライドされます。 |
![]() | GetType | 現在のインスタンスの Type を取得します。 ( Object から継承されます。) |
![]() | IsDefaultAttribute | 派生クラス内でオーバーライドされたときに、このインスタンスの値が派生クラスの既定値かどうかを示します。 ( Attribute から継承されます。) |
![]() | IsDefined | オーバーロードされます。 指定した型のカスタム属性が、アセンブリ、モジュール、型のメンバ、またはメソッド パラメータに適用されているかどうかを判断します。 ( Attribute から継承されます。) |
![]() | Match | オーバーライドされます。 指定したオブジェクトが一致するフィルタ文字列を持っているかどうかを示します。 |
![]() | ReferenceEquals | 指定した複数の Object インスタンスが同一かどうかを判断します。 ( Object から継承されます。) |
![]() | ToString | オーバーライドされます。 |

名前 | 説明 | |
---|---|---|
![]() | Finalize | Object がガベージ コレクションにより収集される前に、その Object がリソースを解放し、その他のクリーンアップ操作を実行できるようにします。 ( Object から継承されます。) |
![]() | MemberwiseClone | 現在の Object の簡易コピーを作成します。 ( Object から継承されます。) |

ToolboxItemFilterAttribute メンバ
ツールボックスの項目のために使用するフィルタ文字列およびフィルタの種類を指定します。
ToolboxItemFilterAttribute データ型で公開されるメンバを以下の表に示します。


名前 | 説明 | |
---|---|---|
![]() | FilterString | ツールボックス項目のフィルタ文字列を取得します。 |
![]() | FilterType | フィルタの種類を取得します。 |
![]() | TypeId | オーバーライドされます。 属性の型 ID を取得します。 |

名前 | 説明 | |
---|---|---|
![]() | Equals | オーバーロードされます。 オーバーライドされます。 2 つの ToolboxItemFilterAttribute オブジェクトが等しいかどうかを判断します。 |
![]() | GetCustomAttribute | オーバーロードされます。 アセンブリ、モジュール、型のメンバ、またはメソッド パラメータに適用された指定した型のカスタム属性を取得します。 (Attribute から継承されます。) |
![]() | GetCustomAttributes | オーバーロードされます。 アセンブリ、モジュール、型のメンバ、またはメソッド パラメータに適用されたカスタム属性の配列を取得します。 (Attribute から継承されます。) |
![]() | GetHashCode | オーバーライドされます。 |
![]() | GetType | 現在のインスタンスの Type を取得します。 (Object から継承されます。) |
![]() | IsDefaultAttribute | 派生クラス内でオーバーライドされたときに、このインスタンスの値が派生クラスの既定値かどうかを示します。 (Attribute から継承されます。) |
![]() | IsDefined | オーバーロードされます。 指定した型のカスタム属性が、アセンブリ、モジュール、型のメンバ、またはメソッド パラメータに適用されているかどうかを判断します。 (Attribute から継承されます。) |
![]() | Match | オーバーライドされます。 指定したオブジェクトが一致するフィルタ文字列を持っているかどうかを示します。 |
![]() | ReferenceEquals | 指定した複数の Object インスタンスが同一かどうかを判断します。 (Object から継承されます。) |
![]() | ToString | オーバーライドされます。 |

名前 | 説明 | |
---|---|---|
![]() | Finalize | Object がガベージ コレクションにより収集される前に、その Object がリソースを解放し、その他のクリーンアップ操作を実行できるようにします。 (Object から継承されます。) |
![]() | MemberwiseClone | 現在の Object の簡易コピーを作成します。 (Object から継承されます。) |

- ToolboxItemFilterAttributeのページへのリンク