Wpf datagrid to word - Word и Excel - помощь в работе с программами

Всем привет, как сделать экспорт данных в WPF из DataGrid в Microsfot office word, использую Microsoft.Office.Interop.Word. Делал шаблон документа и заменял значения через код, как тоже самое сделать с таблицей брав данные из DataGrid?

задан 29 апр 2020 в 9:40

Если нужно перенести данные в Ворд из ДатаГрида, при этом и нарисовать таблицу в ворде то нет такого пути, реализовать который можно 2 строками. Придется через средства библиотеки mocrosoft.interop.word рисовать, а потом переносить туда данные. Если же надо просто перелить в ворд в строку данные из таблицы, то банальный перебор всех ячеек в одну переменную и заливка этого добра в документ. Уточните, вам нужно таблицу в ворде делать?

ответ дан 29 апр 2020 в 9:57

Источник

 private void ToForm_Click(object sender, RoutedEventArgs e)
        {
            var datehelp = Convert.ToDateTime(DateHelpDP.SelectedDate.Value.ToShortDateString());
            var Lastname = LastNameTB.Text; 
            var Firstname = FirstTB.Text;  
            var Middlename = MiddleNameTB.Text; 
            var Dateofbirtth = Convert.ToDateTime(DateofBirthDP.SelectedDate.Value.ToShortDateString()); 
            var Enroll = Convert.ToDateTime(EnrollDP.SelectedDate.Value.ToShortDateString()); 
            var Group = GroupTB.Text; 
            var Speciality = SpecialtyTB.Text; 
            var DatePeriod = DatePeriodTB.Text;           
            var EnrollmentDate = Convert.ToDateTime(EnrollmentDateDP.SelectedDate.Value.ToShortDateString()); 
            var EnrollmentNumber = EnrollmentNumberTB.Text;
            var EnrollStudent = Convert.ToDateTime(EnrollStudentDP.SelectedDate.Value.ToShortDateString());
            var orderReleasedDate = Convert.ToDateTime(ReleaseDate.SelectedDate.Value.ToShortDateString());
            var NumberReleased = ReleaseNumberTB.Text;
            var Series = SeriesTB.Text;
            var Number = NumberTB.Text;
            var ApplicationDate = Convert.ToDateTime(ApplicationDateDP.SelectedDate.Value.ToShortDateString());
            var RegistrationNumber = RegistrationNumberTB.Text;
 
 
            var wordApp = new Word.Application();
            wordApp.Visible = false;
            try
            {
                var wordDoucument = wordApp.Documents.Open(TemplateFileName);
                ReplaceWordStub("{datehelp}", Convert.ToString(datehelp.ToString("dd.MM.yy")), wordDoucument);
                ReplaceWordStub("{lastname}", Lastname, wordDoucument);
                ReplaceWordStub("{firstname}", Firstname, wordDoucument);
                ReplaceWordStub("{middlename}", Middlename, wordDoucument);
                ReplaceWordStub("{dateofbirtth}", Convert.ToString(Dateofbirtth.ToString("dd.MM.yy")), wordDoucument);
                ReplaceWordStub("{enrolldate}", Convert.ToString(Enroll.ToString("dd.MM.yy")), wordDoucument);
                ReplaceWordStub("{group}", Group, wordDoucument);
                ReplaceWordStub("{speciality}", Speciality, wordDoucument);
                ReplaceWordStub("{dateperiod}", DatePeriod, wordDoucument);
                ReplaceWordStub("{EnrollmentrDate}", Convert.ToString(EnrollmentDate.ToString("dd.MM.yy")), wordDoucument);
                ReplaceWordStub("{EnrollmentNumber}", EnrollmentNumber, wordDoucument);
                ReplaceWordStub("{enrollstudent}", Convert.ToString(EnrollStudent.ToString("dd.MM.yy")), wordDoucument);
                ReplaceWordStub("{lastname}", Lastname, wordDoucument);
                ReplaceWordStub("{firstname}", Firstname, wordDoucument);
                ReplaceWordStub("{middlename}", Middlename, wordDoucument);
                ReplaceWordStub("{speciality}", Speciality, wordDoucument);
                ReplaceWordStub("{orderReleasedDate}", Convert.ToString(orderReleasedDate.ToString("dd.MM.yy")), wordDoucument);
                ReplaceWordStub("{NumberReleased}", NumberReleased, wordDoucument);
                ReplaceWordStub("{seria}", Series, wordDoucument);
                ReplaceWordStub("{number}", Number, wordDoucument);
                ReplaceWordStub("{DiplomaDate}", Convert.ToString(ApplicationDate.ToShortDateString()), wordDoucument);
                ReplaceWordStub("{RegistrationNumber}", RegistrationNumber, wordDoucument);
 
                Microsoft.Win32.SaveFileDialog dlg = new Microsoft.Win32.SaveFileDialog();
                dlg.FileName = "Document"; // Default file name
                dlg.DefaultExt = ".docx"; // Default file extension           
                Nullable<bool> result = dlg.ShowDialog();
 
                string filename = "";
                if (result == true)
                {
                    filename = dlg.FileName;
                }
            
                wordDoucument.SaveAs(filename);
                wordApp.Visible = true;
                wordDoucument = null;
            }
            catch
            {
                MessageBox.Show("Ошибка заполнения ");
            }
        }

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WPF C# Data Export DataGrid in Word

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Hey, everybody, how to make data exports to WPF from DataGrid in Microsfot office word, use Microsoft.Office.Interop.Word. Doing the document template and replacing it with the code, how do you do the data from the DataGrid table?
If the data are to be transferred to the Ward from the date of Grid and the table painted in the ward, there is no such route that can be implemented by two lines. We’ll have to draw through the mocrosoft library. If we just need to put the data from the table into the horde, then the banal bulkhead of all the cells into one variable and the tidal of this kind into a document. Are you going to need a table in the warden?

1. Create New Word Document in .NET

Having the ability to create a new Word document from code provides a great deal of flexibility. With a just few dependencies we have access to Word document creation APIs that include text, image, and link generation. For this example, we’ll use RadFlowDocument and RadFlowDocumentEditor to create a new Word document from a .NET console application.

We’ll start with a few dependencies like System.IO to handle a file stream, and the necessary Telerik DPL assemblies.

using System.IO;

using Telerik.Windows.Documents.Flow.FormatProviders.Docx;

using Telerik.Windows.Documents.Flow.Model;

using Telerik.Windows.Documents.Flow.Model.Editing;

Next, we create a new RadFlowDocument and RadFlowDocumentEditor. The RadFlowDocumentEditor will allow us to insert new text, image and other elements to the document.

static void Main(string[] args)

{

RadFlowDocument document = new RadFlowDocument();

RadFlowDocumentEditor editor = new RadFlowDocumentEditor(document);

Using the editor, we’ll write some text to the document using the InsertText method. We also have additional methods available such as:

InsertFloatingImage
InsertParagraph
InsertTable
InsertHyperlink
and more

static void Main(string[] args)

{

RadFlowDocument document = new RadFlowDocument();

RadFlowDocumentEditor editor = new RadFlowDocumentEditor(document);

editor.InsertText("Hello Word!");

Once the document is complete, we just need to write it to the FileStream. For the RadFlowDocument we’ll use the DocxFormatProvider to export to the DOCX format. Similarly, we could use a PdfFormatProvider to create a PDF document.

using System.IO;

using Telerik.Windows.Documents.Flow.FormatProviders.Docx;

using Telerik.Windows.Documents.Flow.Model;

using Telerik.Windows.Documents.Flow.Model.Editing;

namespace DocProcessing

{

class Program

{

static void Main(string[] args)

{

RadFlowDocument document = new RadFlowDocument();

RadFlowDocumentEditor editor = new RadFlowDocumentEditor(document);

editor.InsertText("Hello Word!");

using (Stream output = new FileStream("output.docx", FileMode.OpenOrCreate))

{

DocxFormatProvider provider = new DocxFormatProvider();

provider.Export(document, output);

}

In this example, files created using the Telerik DPL are saved directly to disk. However, any file created using the DPL can also be downloaded via the browser from UI for ASP.NET AJAX and UI for ASP.NET MVC applications.

2. Mail Merge from .NET

Creating a mail merge is an effective way of building a template and populating it with data for processing documents in batches. With the mail merge process, you can create a series of personalized documents based on your data source.

The mail merge process is one that is often manually performed inside of Microsoft Word. With the Telerik DPL this process can be completely automated and customized based on the needs of your application. The mail merge APIs can be used virtually anywhere in .NET. To see it in action we’ll use an example of how a mail merge is executed in a WPF/WinForms application.

We’ll create a new document containing our template message. To create a template field in the document we’ll use the InsertField method and set the field code to MERGEFIELD with the variable name we wish to use, in this case FirstName. The variable name simply matches the property on an object that we’ll supply to the MailMerge method.

private RadFlowDocument CreateDocument()

{

RadFlowDocument document = new RadFlowDocument();

RadFlowDocumentEditor editor = new RadFlowDocumentEditor(document);

editor.InsertText("Dear ");

editor.InsertField("MERGEFIELD FirstName", "");

editor.InsertText(" ");

editor.InsertField("MERGEFIELD LastName", "");

editor.InsertLine(",");

editor.InsertLine("This is a sample Mail Merge");

return document;

}

With the document created, the next step will be to perform the mail merge. The MailMerge method takes any IEnumerable as a parameter, in this case we’ll use a predefined list of Person via GetRecipents. In this case Person has a FirstName and LastName property matching the MERGEFIELD variables.

protected void button_Click(object sender, EventArgs e)

{

RadFlowDocument document = this.CreateDocument();

RadFlowDocument mailMergeDocument = document.MailMerge(GetRecipients());

//save the document

}

The document can be saved by setting up a MemoryStream and calling Export from a DocxFromatProvider. Once the memory stream is ready, we’ll write it to a file.

protected void button_Click(object sender, EventArgs e)

{

RadFlowDocument document = this.CreateDocument();

RadFlowDocument mailMergeDocument = document.MailMerge(GetRecipients());

byte[] renderedBytes = null;

using (Stream output = new FileStream("output.docx", FileMode.OpenOrCreate))

{

DocxFormatProvider provider = new DocxFormatProvider();

provider.Export(mailMergeDocument, output);

}}

The result is a multi-page .DOCX file for each recipient provided to the mail merge. This type of document can easily be printed and sent to clients as physical mail. See demos.telerik.com/wpf and the UI for WinForms demos for a more comprehensive example that includes additional file types and document features.

3. Convert Word to PDF in .NET

One of the Telerik DPL strengths is its ability to import and export various file types like: DOCX, PDF (export only), HTML and RTF. Because of this ability, it can also be used to do file conversions between these types as well. Using the IFormatProvider we can utilize the various format providers within the Telerik DPL interchangeably. Let’s take a look at a basic example of a console app that can import a DOCX file and export it to PDF.

We’ll begin by creating a default provider using an IFormatProvider and setting it to an instance of DocxFormatProvider. A RadFlowDocument is used as our document in the conversion from DOCX to PDF.

IFormatProvider<RadFlowDocument> fileFormatProvider = new DocxFormatProvider();

RadFlowDocument documentToConvert = new RadFlowDocument();

The DOCX document is opened from disk using the DocxFormatProvider and streamed into memory.

using (FileStream input = new FileStream("input.docx", FileMode.Open))

{

documentToConvert = fileFormatProvider.Import(input);

}

With the document in memory as a RadFlowDocument we can change our provider from a DocxFormatProviderPdfFormatProvider. Now the document can be written back to disk as a PDF.

fileFormatProvider = new PdfFormatProvider();

using (Stream output = new FileStream("output.pdf", FileMode.OpenOrCreate))

{

fileFormatProvider.Export(documentToConvert, output);

}

As you can see in the complete example, in just a few short lines of code we’re able to convert from DOCX to PDF.

static void Main(string[] args)

{

IFormatProvider<RadFlowDocument> fileFormatProvider = new DocxFormatProvider();

RadFlowDocument documentToConvert = new RadFlowDocument();

// Read DOCX

using (FileStream input = new FileStream("input.docx", FileMode.Open))

{

documentToConvert = fileFormatProvider.Import(input);

}

// Write PDF

fileFormatProvider = new PdfFormatProvider(); // change format provider to PDF

using (Stream output = new FileStream("output.pdf", FileMode.OpenOrCreate))

{

fileFormatProvider.Export(documentToConvert, output);

}

This method of importing and exporting documents can be used to convert between file formats. One caveat however is that there is no import functionality for PDF documents due to file format limitations. To deal with this limitation the IFormatProvider is equipped with a CanImport property that can be checked before the Import operation is performed.

See the UI for WPF and UI for WinForms WordsProcessing demos that includes additional file types and scenarios.

4. Edit Microsoft Word Docs in WPF and WinForms

Customers can sometimes ask for time-consuming project requirements, like the ability to edit Word Documents in the application without the need to leave the app and use external editors. On the surface this sounds like a feature that will take quite a bit of effort to accomplish; however, it’s as simple as adding a rich text component to your application which comes with the Telerik UI for WPF and Telerik UI for WinForms suites.

Using UI for WPF and UI for WinForms, the ability to import and export right from the rich text editor control can be accomplished with few lines of code.

DocxFormatProvider provider = new DocxFormatProvider();

using (FileStream fileStream = new FileStream(@"input.docx", FileMode.Open))

{

this.radRichTextBox1.Document = provider.Import(fileStream);

})

Exporting the content is just as simple. Simply pick the format provider for the desired format – PDF, DOCX, XAML, HTML, RTF, TXT and utilize its Export() method.

DocxFormatProvider provider = new DocxFormatProvider();

SaveFileDialog saveDialog = new SaveFileDialog() { DefaultExt = ".docx", Filter = "Documents|*.docx" };

DialogResult dialogResult = saveDialog.ShowDialog();

if (dialogResult == System.Windows.Forms.DialogResult.OK)

{

using (Stream output = saveDialog.OpenFile())

{

provider.Export(radRichTextEditor1.Document, output);

}

See the Telerik UI for WPF and Telerik UI for WinForms demos for more comprehensive examples that include additional editor features.

Conclusion

Whether you need to create documents from scratch or edit in the desktop app, the Telerik UI libraries make short work of any document export task for .NET developers. With the Telerik Document Processing Library new files can be created from scratch as DOCX, PDF, RTF, or TXT. Advanced features such as mail merge can reduce manual tasks with app driven automation. With the addition of Telerik UI libraries powered by UI for WPF and WinForms, documents can be edited on screen and custom export features empower users to export content with the click of a button.

Get access to the vast benefits of Telerik Document Processing and document exporting by downloading either the full Progress DevCraft bundle or any technology-specific library you need: Telerik UI for WPF or Telerik UI for WinForms.

Other Useful Resources

SpreadProcessing — Complete Solution to Create, Modify and Export Spreadsheets -Part I
Getting Started with RadPdfProcessing in Telerik UI for WinForms
Getting Started with WordProcessing in UI for WinForms Vol.1

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Ответы (1 шт):

Автор решения: GromWolf

→ Ссылка

Источник

Suggested Topics

1. Create New Word Document in .NET

2. Mail Merge from .NET

3. Convert Word to PDF in .NET

4. Edit Microsoft Word Docs in WPF and WinForms

Conclusion

Other Useful Resources

Ответы (1 шт):