![]() ![]() Because of this, the grid has all the methods and properties that are specific to a data view. Accessing the GridĪny grid object has at least one data view - it is the grid itself. Using the collection’s methods and properties you can retrieve the individual child element. Generally, these properties return a collection of objects that enumerate the child elements. NET Application Support plugin.Įach high-level element of a grid (grid, band, row and others) has a number or properties that provide access to the child elements belonging to the element. These objects are accessible through native properties exposed by the. This class represents a specific column in a specific row. Represents a row from the attached data source.Īn object that represents a single column of data. Grid ElementĪn object that represents a set of related columns of data that belong to the same hierarchical level. The table below lists the main elements and internal objects that correspond to them. These objects have methods and properties that allow you to access the underlying data. Generally columns have headers that name (or describe) the corresponding data set value.įor every element of a grid Infragistics UltraGrid control provides a special internal object. Columns determine the information that characterizes a data entity. A row represents a single data entity that is contained in an underlying dataset. ![]() In the view, the data is organized by rows and by columns. To display hierarchical data (for example, master-detail relationship) UltraGrid uses several data views. In Infragistics, they also use the term band to denote a data view, since it often has a banded form. A band or data view defines the representation of data rows from the same dataset and also defines the behavior of the dataset. The Infragistics UltraGrid can contain data from one or several data sets, at that, it can be organized either as a single data view or as a series of hierarchical data views. ![]()
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