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foreach (XmlNode xnRole in xnRoles.FirstChild.ChildNodes) { if (xnRole.Attributes["Name"].Value.ToString().ToLower() == strRoleName.ToLower()) { // Turn the comma-delimited list of base permission // names into an array so we can iterate through them string[] arrPermission = xnRole.Attributes["BasePermissions"].Value.ToString().Split(','); // Iterate through the complete list of base permissions to // find the entry that matches the base permission // from our template role for (int i = 0; i < arrPermission.Length; i++) for (int j = 0; j < arrBasePermissionNames.Length; j++) // When we've found our base permission, "OR" its // numeric value with that of any other base // permissions to create the complete set of values if (arrPermission[i].Trim() == arrBasePermissionNames[j]) permissionFlags = permissionFlags | arrBasePermissionValues[j]; } } return permissionFlags; } protected void cmdAddRole_Click(object sender, EventArgs e) { try { // Point the UserGroup web service to our target site collection // and web site objUserGroup.Url = txtSiteUrl.Text + "/" + txtWebName.Text + "/_vti_bin/usergroup.asmx"; objUserGroup.Credentials = System.Net.CredentialCache.DefaultCredentials; // Get the permission flags of the role to be cloned ulong permissionFlags = GetPermissionFlags(rblTemplateRole.SelectedValue); // Create the new role objUserGroup.AddRoleDef(txtRoleName.Text, txtRoleDefinition.Text, permissionFlags); // Display success message lblReturnMsg.Text = "Successfully added '" + txtRoleName.Text + "' role."; }

Listing 14 5. Data Binding with Automatic Grouping Using DataBindCrossTab Method private void DataBindCrossTabExample() { SPQuery query = new SPQuery(); query.ViewFields = "<FieldRef Name='Title'/>" + "<FieldRef Name='Year'/>" + "<FieldRef Name='Article1'/>" + "<FieldRef Name='YearRanking'/>"; SPList productSalesList = this.Web.Lists["ProductSalesWithYears"]; SPListItemCollectionPosition colPos; DataTable dt = productSalesList.GetDataTable(query, SPListGetDataTableOptions.None, out colPos); myChart.DataBindCrossTable(dt.DefaultView, "Title", "Year", "Article1", "Label=YearRanking"); // Set series appearance MarkerStyle marker = MarkerStyle.Star4; foreach (Series ser in myChart.Series) { ser.ShadowOffset = 2; ser.BorderWidth = 3; ser.ChartType = SeriesChartType.Line; ser.MarkerSize = 12; ser.MarkerStyle = marker; ser.MarkerBorderColor = Color.FromArgb(64, 64, 64); ser.Font = new Font("Trebuchet MS", 12, FontStyle.Bold); marker++; } } The code in Listing 14 5 follows a similar style to the other data binding methods. You commence by retrieving data via a CAML query into a DataTable. Then you bind the DataTable.DefaultView to the chart. Finally, you can modify the autocreated series and assign custom styles, such as chart types, borders, markers, colors, and fonts.

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This data binding method allows you to bind X and Y values to a series. Also, the binding syntax enables you to define extended data properties, such as AxisLabel, Tooltip, Label, LegendText, and LegendTooltip. A simple example looks like: myChart.Series["mySeries"].Points.DataBind( dataView, "Year", "Article1", "Tooltip=YearRanking") The usage is similar to Chart.DataBindCrossTab, but it is only related to one series, and thus it has no grouping functionality.

You will now notice that the users you have added show up in the list of users on the Permissions page. You can edit the permissions of a user or group by checking the box next to the name and selecting the Edit User Permissions command from the Modify group of the Permission Tools - Edit ribbon. Likewise, you can revoke a user s access to the list by checking the box next to the name and selecting the Remove User Permissions command from the same ribbon group.

Beyond the Points.DataBind method, there are two further methods: Points.DataBindY and Points.DataBindXY. The various methods are defined as follows: DataPointCollection.DataBind(IEnumerable dataSource, string xField, string yFields, string otherFields) DataPointCollection.DataBindY(IEnumerable yValue, string yFields) DataPointCollection.DataBindY(params IEnumerable[] yValue) DataPointCollection.DataBindXY(IEnumerable xValue, params IEnumerable[] yValues) DataPointCollection.DataBindXY(IEnumerable xValue, string XField, IEnumerable yValue, string yFields) As you can see in the definitions, the main difference between the methods is that DataBind has one data source (IEnumerable dataSource), whereas the other methods may have multiple data sources for X and Y values. The example in Listing 14 6 demonstrates querying data using LINQ on a data model generated using SPMetal and binding the data with the DataBind method. Listing 14 6. Binding an Anonymous Type to a Chart Series Using LINQ protected void DataBindPointsExample() { SPDataContext ctx = new SPDataContext(SPContext.Current.Web.Url); // Create LINQ join query var result = from sale in ctx.ProductSalesWithYears where sale.Title == "Christian" select new { SalesName = sale.Title, Year = sale.Year, ArticlesSold = sale.Article1, TooltipText = sale.Title + " sold " + sale.Article1 + " articles in " + sale.Year, LabelText = "Ranking for " + sale.Year + ": " + sale.YearRanking }; myChart.Series[0].Points.DataBind(result.ToArray(), "Year", "ArticlesSold", "ToolTip=TooltipText,Label=LabelText"); } SPDataContext contains the SharePoint data model for the list ProductSalesWithYears (shown in Figure 14 13). The example uses a LINQ query to retrieve all items containing Christian as Title. The result is prepared for data binding using a new anonymous type. This type contains the properties SalesName, Year, ArticlesSold, TooltipText, and LabelText, which are directly bound to the chart series. The resulting chart looks like Figure 14 13.

catch (Exception ex) { lblReturnMsg.Text = "Error: " + ex.Message; } } }

Point charts (see Figure 14 19) use single-value points for displaying data. Point charts support one Y value per X value. The number of series within one chart is not limited.

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