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You will fill the grid with some initial data by handling the form s Load event as so (the Car class used as the type parameter for the generic List<T> is a simple class in the project with Color, Make, and PetName properties): public partial class MainForm : Form { List<Car> carsInStock = null; public MainForm() { InitializeComponent(); } private void MainForm_Load(object sender, EventArgs e) { carsInStock = new List<Car> { new Car {Color="Green", Make="VW", PetName="Mary"}, new Car {Color="Red", Make="Saab", PetName="Mel"}, new Car {Color="Black", Make="Ford", PetName="Hank"}, new Car {Color="Yellow", Make="BMW", PetName="Davie"} }; UpdateGrid(); } private void UpdateGrid() { // Reset the source of data. dataGridCars.DataSource = null; dataGridCars.DataSource = carsInStock; } } The Click event for the Add button will launch a custom dialog box to allow the user to enter new data for a Car object, and if they click the OK button, the data is added to the grid. I won t bother to show the code behind the dialog box, so please see the provided solution for details. If you are following however, include the NewCarDialog.cs, NewCarDialog.designer.cs and NewCarDialog.resx files into your project (all of which are part of the code download for this text). Once you have done so, implement the Add button click hander as so: private void btnAddNewCar_Click(object sender, EventArgs e) { NewCarDialog d = new NewCarDialog(); if (d.ShowDialog() == DialogResult.OK) { // Add new car to list. carsInStock.Add(d.theCar); UpdateGrid(); } }

The Click event handler for the , Export button is the heart of this example Using the NET tab of the Add Reference dialog box, add a reference to the MicrosoftOfficeInteropExceldll primary interop assembly (as shown previously in Figure 18-7) Add the following namespace alias to the form s primary code file Be aware that this is not mandatory to define an alias when interacting with COM libraries However, by doing so, you have a handy qualifier for all of the imported COM objects, which is very handy if some of these COM objects have names which would clash with your NET types: // Create an alias to the Excel object model using Excel = MicrosoftOfficeInterop.

Test ID; messages belonging to the same ID are reported together. The name of the class that created this message Message status; core understands pass, fail, exception. The message itself The message group this message belongs to, for example: warning, browser, user Name of the assertion function or method that created this message

This expansion works in the same way as the previous one, except that it converts uppercase to lowercase: $ var=TORONTO $ sa "${var,,}" :toronto: $ sa "${var,,[N-Q]}" :ToRonTo:

Excel; Implement this button Click event hander to call a private helper function named ExportToExcel(): private void btnExportToExcel_Click(object sender, EventArgs e) { ExportToExcel(carsInStock); } Because you imported the COM library using Visual Studio 2010, the PIA has been automatically configured so that the used metadata will be embedded into the NET application (recall the role of the Embed Interop Types property) Therefore, all COM Variants are realized as dynamic data types Furthermore, because you are compiling your code with C# 40, you can make use of optional arguments and named arguments This being said consider the following implementation of ExportToExcel(): static void ExportToExcel(List<Car> carsInStock) { // Load up Excel, then make a new empty workbook ExcelApplication excelApp = new ExcelApplication(); excelAppWorkbooksAdd(); // This example uses a single workSheet Excel_Worksheet workSheet = excelAppActiveSheet; // Establish column headings in cells workSheet.

Cells[1, "A"] = "Make"; workSheetCells[1, "B"] = "Color"; workSheetCells[1, "C"] = "Pet Name"; // Now, map all data in List<Car> to the cells of the spread sheet int row = 1; foreach (Car c in carsInStock) { row++; workSheetCells[row, "A"] = cMake; workSheetCells[row, "B"] = cColor; workSheetCells[row, "C"] = cPetName; } // Give our table data a nice look and feel workSheetRange["A1"]AutoFormat( ExcelXlRangeAutoFormatxlRangeAutoFormatClassic2);.

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