If (ctrl is ITableControl & ((ITableControl)ctrl).IsTableNeeded) If (ctrl is ToolStrip || ctrl is StatusStrip) If (!IsSameFont(container.Font, ))ĬontainerControl container = ctrl as ContainerControl Ĭontainer.AutoScaleMode = AutoScaleMode.Inherit Private static void updateFontOnControls(this Control ctrl)Ĭontainer.AutoScaleMode = AutoScaleMode.Font Public static void UpdateFont(this Form form) I use an extension method to apply the configured font to the dialog: public static class FormExtension Set the font for each ContainerControl and some special controls on the parent. Do not set the Font for the MDI Parent!! The new child will be opened using the parents font and will not resize.
The Load event has a different event chain and will not recalculate reliable the layout for an MDI Child.Ģ. The solution in simple but tricky to find.ġ. Locate the class statement.I run into the same problem.
#Usercontrol autoscalemode inherit font code#
In Solution Explorer, right-click ValueButton.cs, and then click View Code from the shortcut menu. In this section, you will add a property called ButtonValue to your control.
#Usercontrol autoscalemode inherit font windows#
One possible use of inherited Windows Forms controls is the creation of controls that are identical in look and feel of standard Windows Forms controls, but expose custom properties. You can still add components, which have no UI elements, to the design surface. Its visual representation will be exactly the same as that of the class it inherits from (that is, Button) unless modified in the code. Because the Button control does its own painting, you are unable to modify its appearance in the designer. This property does not exist in the Button control.įrom the File menu, choose Save All to save the project.Ī visual designer is no longer available. Locate the InitializeComponent method and remove the line that assigns the AutoScaleMode property. In Solution Explorer, open the ValueButton.cs node to display the designer-generated code file,. This allows your inherited control to inherit all the functionality of the Button control. Locate the class statement line, public partial class ValueButton, and change the type from which this control inherits from UserControl to Button. In Solution Explorer, right-click ValueButton.cs and select View Code. added to uoEditor: public AutoScaleMode AutoScaleMode AutoScaleMode.Font SizeF AutoScaleDimensions new SizeF () and whenever instantiate the uoEditor to add to tabcontrol, I make sure the user control's DockDockStyle.Fill don't know if there is a better way. Click the Yes button when you are asked if you want to rename all references to the code element ' UserControl1'. In Solution Explorer, right-click UserControl1.cs, then choose Rename from the shortcut menu. For example, if two assemblies provide components named ValueButton, you can specify your ValueButton component using ValueButtonLib.ValueButton. The root namespace is used to qualify the names of components in the assembly. The project name, ValueButtonLib, is also assigned to the root namespace by default. In Visual Studio, create a new Windows Forms Control Library project, and name it ValueButtonLib. To create the ValueButtonLib control library and the ValueButton control
When you create a new project, you specify its name in order to set the root namespace, assembly name, and project name, and to ensure that the default component will be in the correct namespace. This button will inherit functionality from the standard Windows Forms Button control, and will expose a custom property called ButtonValue. In this walkthrough, you will create a simple inherited control called ValueButton. Through inheritance you are able to create controls that retain all of the inherent functionality of standard Windows Forms controls but also incorporate custom functionality. With C#, you can create powerful custom controls through inheritance.
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