Hello Indra,

In order to ensure that the described scenario is addressed correctly, I will need some additional information regarding your scenario. Could you please answer the following questions:

• What do you mean you tried a sample and it didn't work?
• How have you tried running the given code snippets?
• What do you mean by "ASP.Net core non mvc examples"?
• What information are you looking for and which of our web technologies are you working with?
• Could you please provide more information regarding your question?

This information is going to be highly appreciated and will help me in my further investigation.

However, the samples I provide are the code snippets from the models, controllers and views, they do not contain the necessary dependencies and builds to run the given project. What you can do is create your own project and copy the given code snippets while also adding the necessary dependencies: IgniteUI, Infragistics.Web.AspnNetCore, Newtonsoft.Json.

Hello Indra,

I have been looking into your question and in the sample that I provide you above, the grid is generated at runtime by passing the data from the controller to the view. According to the data or according to different custom logic, you can change the grid features, columns, styles and so on everything in the view. Various data models can be passed from the database or from elsewhere by creating dynamic runtime grid in the view.

However, regarding your question, Ignite UI Asp.Net Core also provides the ability to create the entire grid in a given controller by passing only the grid to the rendering view.

@(Html.Infragistics().Grid(Model))

It initialise the grid, its id, primary key, height and width, as well as the columns and all other properties according to your custom logic.

            GridModel gridModel = new GridModel();
            gridModel.DataSource = GetCustomers().AsQueryable();
            gridModel.ID = "gridModel";
            gridModel.AutoGenerateColumns = false;
            gridModel.PrimaryKey = "ID";
            gridModel.Width = "100%";
            gridModel.Columns = new List<GridColumn>();
            gridModel.Columns.Add(new GridColumn() { HeaderText = "ID", Key = "ID", DataType = "number" });
            gridModel.Columns.Add(new GridColumn() { HeaderText = "Name", Key = "Name", DataType = "string" });
            gridModel.Columns.Add(new GridColumn() { HeaderText = "Country", Key = "Country", DataType = "string" });

Various features can be added with additional settings given according to the needs of the user.

gridModel.Features.Add(new GridFiltering() { Type = OpType.Local, Inherit = true, Persist = false });
gridModel.Features.Add(new GridSorting() { Type = OpType.Local, Inherit = true, Persist = false });

And again, both during the initialization of the combo box in the view and in the controller in the updating feature, ColumnSettings are submitted with columns that must be edited with a certain editor, as in this case it is the combo box.

gridModel.Features.Add(new GridUpdating()
            {
                ColumnSettings = new List<ColumnUpdatingSetting>() {
                    new ColumnUpdatingSetting() { ColumnKey = "Country", EditorType = ColumnEditorType.Combo, ComboEditorOptions = { DataSource = GetCountries(), TextKey = "Value", ValueKey = "Value" } },
                    new ColumnUpdatingSetting() { ColumnKey = "Job", EditorType = ColumnEditorType.Combo, ComboEditorOptions  = { DataSource = GetJobs(), TextKey = "Value", ValueKey = "Value" } }
                }
            });