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This type of binding is appropriate if the control being bound is implicitly read-only. For instance, you may bind to a source such as a stock ticker, or perhaps your target property has no control interface provided for making changes, such as a data-bound background color of a table.
If there is no need to monitor the changes of the target property, using the OneWay binding mode avoids the overhead of the TwoWay binding mode.
TwoWay binding causes changes to either the source property or the target property to automatically update the other. This type of binding is appropriate for editable forms or other fully interactive UI scenarios.
Most properties default to OneWay binding, but some dependency properties typically properties of user-editable controls such as the TextBox.
Text and CheckBox. IsChecked default to TwoWay binding. A programmatic way to determine whether a dependency property binds one-way or two-way by default is to get the property metadata with DependencyProperty.
BindsTwoWayByDefault property. OneWayToSource is the reverse of OneWay binding; it updates the source property when the target property changes.
One example scenario is if you only need to reevaluate the source value from the UI. Not illustrated in the figure is OneTime binding, which causes the source property to initialize the target property but does not propagate subsequent changes.
If the data context changes or the object in the data context changes, the change is not reflected in the target property. This type of binding is appropriate if either a snapshot of the current state is appropriate or the data is truly static.
This type of binding is also useful if you want to initialize your target property with some value from a source property and the data context is not known in advance.
This mode is essentially a simpler form of OneWay binding that provides better performance in cases where the source value does not change.
To detect source changes applicable to OneWay and TwoWay bindings , the source must implement a suitable property change notification mechanism such as INotifyPropertyChanged.
The Binding. Mode property provides more information about binding modes and an example of how to specify the direction of a binding.
Bindings that are TwoWay or OneWayToSource listen for changes in the target property and propagate them back to the source, known as updating the source.
For example, you may edit the text of a TextBox to change the underlying source value. However, is your source value updated while you are editing the text or after you finish editing the text and the control loses focus?
UpdateSourceTrigger property determines what triggers the update of the source. The dots of the right arrows in the following figure illustrate the role of the Binding.
UpdateSourceTrigger property. PropertyChanged , then the value pointed to by the right arrow of TwoWay or the OneWayToSource bindings is updated as soon as the target property changes.
However, if the UpdateSourceTrigger value is LostFocus , then that value only is updated with the new value when the target property loses focus.
Similar to the Mode property, different dependency properties have different default UpdateSourceTrigger values. The default value for most dependency properties is PropertyChanged , while the TextBox.
Text property has a default value of LostFocus. PropertyChanged means the source updates usually happen whenever the target property changes.
Instant changes are fine for CheckBoxes and other simple controls. However, for text fields, updating after every keystroke can diminish performance and denies the user the usual opportunity to backspace and fix typing errors before committing to the new value.
See the UpdateSourceTrigger property page for information about how to find the default value of a dependency property. The following table provides an example scenario for each UpdateSourceTrigger value using the TextBox as an example.
For an example, see How to: Control when the TextBox text updates the source. To restate some of the concepts discussed in the previous sections, you establish a binding using the Binding object, and each binding usually has four components: a binding target, a target property, a binding source, and a path to the source value to use.
This section discusses how to set up a binding. Consider the following example, in which the binding source object is a class named MyData that is defined in the SDKSample namespace.
For demonstration purposes, MyData has a string property named ColorName whose value is set to "Red". Thus, this example generates a button with a red background.
For more information on the binding declaration syntax and examples of how to set up a binding in code, see Binding Declarations Overview. If we apply this example to our basic diagram, the resulting figure looks like the following.
This figure describes a OneWay binding because the Background property supports OneWay binding by default. You may wonder why this binding works even though the ColorName property is of type string while the Background property is of type Brush.
This binding uses default type conversion, which is discussed in the Data conversion section. Notice that in the previous example, the binding source is specified by setting the DockPanel.
DataContext property. To reiterate, the binding source object is one of the four necessary components of a binding. Therefore, without the binding source object being specified, the binding would do nothing.
There are several ways to specify the binding source object. Using the DataContext property on a parent element is useful when you are binding multiple properties to the same source.
However, sometimes it may be more appropriate to specify the binding source on individual binding declarations. For the previous example, instead of using the DataContext property, you can specify the binding source by setting the Binding.
Source property directly on the binding declaration of the button, as in the following example. Other than setting the DataContext property on an element directly, inheriting the DataContext value from an ancestor such as the button in the first example , and explicitly specifying the binding source by setting the Binding.
Source property on the binding such as the button the last example , you can also use the Binding. ElementName property or the Binding.
RelativeSource property to specify the binding source. The ElementName property is useful when you are binding to other elements in your app, such as when you are using a slider to adjust the width of a button.
For more information, see How to: Specify the binding source. If your binding source is an object, you use the Binding. Path property to specify the value to use for your binding.
If you are binding to XML data, you use the Binding. XPath property to specify the value. In some cases, it may be applicable to use the Path property even when your data is XML.
For example, if you want to access the Name property of a returned XmlNode as a result of an XPath query , you should use the Path property in addition to the XPath property.
For more information, see the Path and XPath properties. Although we have emphasized that the Path to the value to use is one of the four necessary components of a binding, in the scenarios that you want to bind to an entire object, the value to use would be the same as the binding source object.
In those cases, it is applicable to not specify a Path. Consider the following example. When the path is not specified, the default is to bind to the entire object.
In other words, in this example, the path has been left out because we are binding the ItemsSource property to the entire object. See the Binding to collections section for an in-depth discussion.
Other than binding to a collection, this scenario is also useful when you want to bind to an entire object instead of just a single property of an object.
For example, if your source object is of type String , you may simply want to bind to the string itself.
Another common scenario is when you want to bind an element to an object with several properties. You may need to apply custom logic so that the data is meaningful to your bound target property.
The custom logic may be in the form of a custom converter if default type conversion does not exist. See Data conversion for information about converters.
Before getting into other features and usages of data binding, it is useful to introduce the BindingExpression class.
As you have seen in previous sections, the Binding class is the high-level class for the declaration of a binding; it provides many properties that allow you to specify the characteristics of a binding.
A related class, BindingExpression , is the underlying object that maintains the connection between the source and the target. A binding contains all the information that can be shared across several binding expressions.
A BindingExpression is an instance expression that cannot be shared and contains all the instance information of the Binding.
Consider the following example, where myDataObject is an instance of the MyData class, myBinding is the source Binding object, and MyData is a defined class that contains a string property named ColorName.
You can use the same myBinding object to create other bindings. For example, you can use the myBinding object to bind the text content of a check box to ColorName.
In that scenario, there will be two instances of BindingExpression sharing the myBinding object. The following articles demonstrate some of the usages of the BindingExpression class:.
Get the binding object from a bound target property. Control When the TextBox text updates the source. In the Creating a binding section, the button is red because its Background property is bound to a string property with the value "Red".
This string value works because a type converter is present on the Brush type to convert the string value to a Brush. Adding this information to the figure in the Creating a Binding section looks like this.
However, what if instead of having a property of type string your binding source object has a Color property of type Color? In that case, in order for the binding to work you would need to first turn the Color property value into something that the Background property accepts.
You would need to create a custom converter by implementing the IValueConverter interface, as in the following example. See IValueConverter for more information.
To reiterate, default conversions may be available because of type converters that are present in the type being bound to. This behavior will depend on which type converters are available in the target.
If in doubt, create your own converter. Your data should be displayed differently, depending on culture. The data being used is not necessarily intended to change the text value of a property, but is instead intended to change some other value, such as the source for an image, or the color or style of the display text.
Converters can be used in this instance by converting the binding of a property that might not seem to be appropriate, such as binding a text field to the Background property of a table cell.
More than one control or multiple properties of controls are bound to the same data. In this case, the primary binding might just display the text, whereas other bindings handle specific display issues but still use the same binding as source information.
A target property has a collection of bindings, which is termed MultiBinding. For example, color may be computed from red, blue, and green values, which can be values from the same or different binding source objects.
See MultiBinding for examples and information. A binding source object can be treated either as a single object whose properties contain data or as a data collection of polymorphic objects that are often grouped together such as the result of a query to a database.
So far we've only discussed binding to single objects. However, binding to a data collection is a common scenario.
For example, a common scenario is to use an ItemsControl such as a ListBox , ListView , or TreeView to display a data collection, such as in the app shown in the What is data binding section.
Fortunately, our basic diagram still applies. If you are binding an ItemsControl to a collection, the diagram looks like this.
As shown in this diagram, to bind an ItemsControl to a collection object, ItemsControl. ItemsSource property is the property to use.
You can think of ItemsSource as the content of the ItemsControl. You can enumerate over any collection that implements the IEnumerable interface.
However, to set up dynamic bindings so that insertions or deletions in the collection update the UI automatically, the collection must implement the INotifyCollectionChanged interface.
This interface exposes an event that should be raised whenever the underlying collection changes. To fully support transferring data values from source objects to targets, each object in your collection that supports bindable properties must also implement the INotifyPropertyChanged interface.
If you have an advanced scenario and want to implement your own collection, consider using IList , which provides a non-generic collection of objects that can be individually accessed by the index, and thus provides the best performance.
Once your ItemsControl is bound to a data collection, you may want to sort, filter, or group the data. To do that, you use collection views, which are classes that implement the ICollectionView interface.
A collection view is a layer on top of a binding source collection that allows you to navigate and display the source collection based on sort, filter, and group queries, without having to change the underlying source collection itself.
A collection view also maintains a pointer to the current item in the collection. If the source collection implements the INotifyCollectionChanged interface, the changes raised by the CollectionChanged event are propagated to the views.
Because views do not change the underlying source collections, each source collection can have multiple views associated with it. For example, you may have a collection of Task objects.
With the use of views, you can display that same data in different ways. For example, on the left side of your page you may want to show tasks sorted by priority, and on the right side, grouped by area.
One way to create and use a view is to instantiate the view object directly and then use it as the binding source.
For example, consider the Data binding demo app shown in the What is data binding section. The app is implemented such that the ListBox binds to a view over the data collection instead of the data collection directly.
The following example is extracted from the Data binding demo app. The resource listingDataView then serves as the binding source for elements in the app, such as the ListBox.
To create another view for the same collection, you can create another CollectionViewSource instance and give it a different x:Key name.
The following table shows what view data types are created as the default collection view or by CollectionViewSource based on the source collection type.
Specifying a collection view as a binding source is one way to create and use a collection view. WPF also creates a default collection view for every collection used as a binding source.
If you bind directly to a collection, WPF binds to its default view. This default view is shared by all bindings to the same collection, so a change made to a default view by one bound control or code such as sorting or a change to the current item pointer, discussed later is reflected in all other bindings to the same collection.
To get the default view, you use the GetDefaultView method. For an example, see Get the default view of a data collection. To improve performance, collection views for ADO.
NET DataTable or DataView objects delegate sorting and filtering to the DataView , which causes sorting and filtering to be shared across all collection views of the data source.
To enable each collection view to sort and filter independently, initialize each collection view with its own DataView object. As mentioned before, views can apply a sort order to a collection.
As it exists in the underlying collection, your data may or may not have a relevant, inherent order. The view over the collection allows you to impose an order, or change the default order, based on comparison criteria that you supply.
Because it is a client-based view of the data, a common scenario is that the user might want to sort columns of tabular data per the value that the column corresponds to.
Using views, this user-driven sort can be applied, again without making any changes to the underlying collection or even having to requery for the collection content.
For an example, see Sort a GridView column when a header is clicked. The following example shows the sorting logic of the "Sort by category and date" CheckBox of the app UI in the What is data binding section.
Views can also apply a filter to a collection, so that the view shows only a certain subset of the full collection.
You might filter on a condition in the data. If you are using one of the CollectionView classes directly instead of CollectionViewSource , you would use the Filter property to specify a callback.
For an example, see Filter Data in a View. Except for the internal class that views an IEnumerable collection, all collection views support grouping , which allows the user to partition the collection in the collection view into logical groups.
The groups can be explicit, where the user supplies a list of groups, or implicit, where the groups are generated dynamically depending on the data.
The following example shows the logic of the "Group by category" CheckBox. Technical Specs. Plot Summary. Plot Keywords. Parents Guide. External Sites.
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Photos Add Image. Edit Cast Cast overview: Amy Gumenick Sarah Josh Heisler Bram James Rose Collins Uriel Kate Fuglei Martha Virginia Welch Leah Rob Cunliffe Daniel Kevin Stidham Gabe Timothy Portnoy Joseph Stuart Pankin Plank Katie Parker Sam Amelia Gotham Hannah Max Adler David Larry Cedar Edit Storyline A young woman's faith is put to the ultimate test when she is forced to uncover the truth behind her husband's horrific visions.
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