Cómo imprimir un documento Word en C#

Key Features of IronPrint

Step 1: Create a C# Console Application in Visual Studio

1. Open Visual Studio and create a new C# Console Application.
2. Configure the Project as follows and then click "Next."
3. From Additional Information, choose the .NET Framework and click "Create."

Step 2: Install Necessary Libraries via NuGet Package Manager

1. Open the NuGet Package Manager Console or NuGet Package Manager for Solutions using the Tools menu or Solution Explorer in the Visual Studio project.
2. In the browse tab of NuGet, search for the libraries and click install.

3. Install IronPrint Printing Library:

   • Using the NuGet Package Manager Console, use the following command:

     Install-Package IronPrint

4. Do the same for installing IronWord and IronPDF library using the Manage NuGet Packages for Solutions. To install IronWord and IronPDF using the NuGet Package Manager Console, use the following commands:

   Install-Package IronWord
   Install-Package IronPdf

   Install-Package IronWord
   Install-Package IronPdf

   SHELL

Step 3: Create a Word Document using IronWord

using IronWord;
using IronWord.Models;

// Code to Create Word File

// Create a TextRun object with sample text
TextRun textRun = new TextRun("Sample text");

// Create a paragraph and add the TextRun to it
Paragraph paragraph = new Paragraph();
paragraph.AddTextRun(textRun);

// Create a Word document object with the paragraph and save it as a .docx file
WordDocument doc = new WordDocument(paragraph);
doc.SaveAs("assets/document.docx");

using IronWord;
using IronWord.Models;

// Code to Create Word File

// Create a TextRun object with sample text
TextRun textRun = new TextRun("Sample text");

// Create a paragraph and add the TextRun to it
Paragraph paragraph = new Paragraph();
paragraph.AddTextRun(textRun);

// Create a Word document object with the paragraph and save it as a .docx file
WordDocument doc = new WordDocument(paragraph);
doc.SaveAs("assets/document.docx");

Imports IronWord
Imports IronWord.Models

' Code to Create Word File

' Create a TextRun object with sample text
Private textRun As New TextRun("Sample text")

' Create a paragraph and add the TextRun to it
Private paragraph As New Paragraph()
paragraph.AddTextRun(textRun)

' Create a Word document object with the paragraph and save it as a .docx file
Dim doc As New WordDocument(paragraph)
doc.SaveAs("assets/document.docx")

Step 4: Convert Word Document to PDF using IronPDF

Once we have our Word document, we may need to convert it to a PDF format. IronPDF simplifies this process, allowing for seamless conversion. Here's the code snippet:

using IronPdf;

// Code to convert DOCX file to PDF using IronPDF

// Create a DocxToPdfRenderer instance
var renderer = new DocxToPdfRenderer();

// Render the DOCX document as a PDF
var pdf = renderer.RenderDocxAsPdf("assets/document.docx");

// Save the resulting PDF
pdf.SaveAs("assets/word.pdf");

using IronPdf;

// Code to convert DOCX file to PDF using IronPDF

// Create a DocxToPdfRenderer instance
var renderer = new DocxToPdfRenderer();

// Render the DOCX document as a PDF
var pdf = renderer.RenderDocxAsPdf("assets/document.docx");

// Save the resulting PDF
pdf.SaveAs("assets/word.pdf");

Imports IronPdf

' Code to convert DOCX file to PDF using IronPDF

' Create a DocxToPdfRenderer instance
Private renderer = New DocxToPdfRenderer()

' Render the DOCX document as a PDF
Private pdf = renderer.RenderDocxAsPdf("assets/document.docx")

' Save the resulting PDF
pdf.SaveAs("assets/word.pdf")

In this code:

• We use the DocxToPdfRenderer() method to render the Word document as a PDF.
• The resulting PDF is saved as "word.pdf".

Step 5: Print the PDF using IronPrint

Printing the PDF can be achieved using IronPrint, providing flexibility and control over the print settings. If print settings are not set, then default settings are used to print. The following code demonstrates how to print the generated PDF:

using IronPrint;
using System.Collections.Generic;

// Code for Printing using IronPrint

// Fetch printer names available in the system
List<string> printerNames = Printer.GetPrinterNames();

// Configure print settings
PrintSettings printerSettings = new PrintSettings();
foreach(string printerName in printerNames)
{
    if(printerName.Equals("Microsoft Print to PDF"))
    {
        printerSettings.PrinterName = printerName;
    }
}

// Set paper size to A4 and configure margins
printerSettings.PaperSize = PaperSize.A4;
Margins margins = new Margins(30, 10);
printerSettings.PaperMargins = margins;

// Print the PDF with the specified settings
Printer.Print("assets/word.pdf", printerSettings);

using IronPrint;
using System.Collections.Generic;

// Code for Printing using IronPrint

// Fetch printer names available in the system
List<string> printerNames = Printer.GetPrinterNames();

// Configure print settings
PrintSettings printerSettings = new PrintSettings();
foreach(string printerName in printerNames)
{
    if(printerName.Equals("Microsoft Print to PDF"))
    {
        printerSettings.PrinterName = printerName;
    }
}

// Set paper size to A4 and configure margins
printerSettings.PaperSize = PaperSize.A4;
Margins margins = new Margins(30, 10);
printerSettings.PaperMargins = margins;

// Print the PDF with the specified settings
Printer.Print("assets/word.pdf", printerSettings);

Imports IronPrint
Imports System.Collections.Generic

' Code for Printing using IronPrint

' Fetch printer names available in the system
Private printerNames As List(Of String) = Printer.GetPrinterNames()

' Configure print settings
Private printerSettings As New PrintSettings()
For Each printerName As String In printerNames
	If printerName.Equals("Microsoft Print to PDF") Then
		printerSettings.PrinterName = printerName
	End If
Next printerName

' Set paper size to A4 and configure margins
printerSettings.PaperSize = PaperSize.A4
Dim margins As New Margins(30, 10)
printerSettings.PaperMargins = margins

' Print the PDF with the specified settings
Printer.Print("assets/word.pdf", printerSettings)

In this code:

• We fetch available printer names using Printer.GetPrinterNames().
• Set the specific printer name (in this case, "Microsoft Print to PDF"). If the physical printer is not available, then by default IronPrint takes this as the default printer.
• Configure print settings, specifying paper size as A4 and setting margins.
• Finally, print the PDF using Printer.Print() method.

If you want to get control over NumberOfCopies, Print multiple pages, Grayscale, and DPI please visit this code examples page. You can also enable a printer dialog and prevent silent printing of documents.

1. Asynchronous Printing

IronPrint provides asynchronous functions, allowing print operations to be performed asynchronously. This prevents print operations from blocking threads, leading to enhanced performance and responsiveness in your application.

2. Versatile Printing Options

The dedicated Printer class in IronPrint offers a comprehensive set of methods for printing various file types, including images and PDF documents. This versatility provides flexibility beyond standard printing, allowing developers to handle different types of content with ease.

3. Cross-Platform Support

IronPrint supports printing across multiple platforms, including Windows, Android, iOS, and macOS. This cross-platform compatibility makes it suitable for a variety of application environments, ensuring that your printing functionality can be deployed across diverse operating systems.

4. Customizable Print Settings

IronPrint allows developers to finely control print settings, providing a high degree of customization. Developers can specify various aspects of the printing process, such as paper size, orientation, DPI, number of copies, printer name, margins, and grayscale printing, through the PrintSettings class.

5. Seamless Integration with IronQR and IronPDF

IronPrint integrates seamlessly with other Iron Software libraries, such as IronQR and IronPDF. This integration allows developers to create, convert, and print QR codes, PDFs, and other documents within a unified and efficient workflow.

6. User-Friendly API

IronPrint features a user-friendly API that simplifies the implementation of printing functionality in C# applications. Developers can quickly add barcode and printing capabilities to their projects, reducing development time and effort.

7. Comprehensive Documentation and Support

IronPrint is backed by comprehensive documentation and support from Iron Software. This ensures that developers have access to resources and assistance when implementing printing features, making it easier to troubleshoot issues and optimize the printing process.

8. Enhanced Control Over Printing Process

With IronPrint, developers have enhanced control over the printing process. Features such as the ability to set paper size, margins, and other print parameters allow for precise control, ensuring that the printed output meets specific requirements and standards.