Angular.JS to PDF

IronPDF is a well-rounded platform with full support for rendering a PDF using JavaScript in HTML. This widespread support includes Angular.js and other popular single-page and front-end web frameworks.

If it works in Chrome, it works in IronPDF!

This example shows you how to implement Angular.js and other popular single-page and front-end web frameworks for your PDF render tasks in Chrome.

Using RenderDelay, IronPDF can be set to allow time for asynchronous content loading as required. In this example, we allow half a second. This PDF rendering feature in Chrome also supports the following so that you can pick the one you feel most comfortable with:

• Angular.js
• Aurelia
• Vue.js
• React
• Mithril
• Riot
• Knockout
• Kendo
• Backbone

Iron Software understands that developers may want to custom-create their PDF documents to look exactly how customers expect them to. This can be achieved by utilizing the Angular.js PDF rendering support in IronPDF to attain the look you want inside of Chrome.

This method will produce output PDF documents that are pixel-for-pixel identical to the PDF functionality in the Google Chrome web browser.

Below is an example of how to set up IronPDF with an Angular.js application:

using IronPdf; // Import IronPdf namespace to access the PDF rendering functionalities

// Define a class to demonstrate PDF rendering use-case
public class PdfRenderer
{
    // Method to render a webpage to a PDF file
    public static void RenderPdf(string url)
    {
        // Initialize HtmlToPdf renderer
        var Renderer = new HtmlToPdf
        {
            // Set delay to allow for JavaScript content to load
            RenderDelay = 500 // Render delay of 500 milliseconds
        };

        // Render the specified URL to a PDF and save it to a file
        Renderer.RenderUrlAsPdf(url).SaveAs("output.pdf");
    }

    // Entry point of the program
    public static void Main(string[] args)
    {
        // URL of the webpage you want to convert to PDF
        string url = "http://example.com"; // Replace with the actual URL

        // Call the render method
        RenderPdf(url);
    }
}

using IronPdf; // Import IronPdf namespace to access the PDF rendering functionalities

// Define a class to demonstrate PDF rendering use-case
public class PdfRenderer
{
    // Method to render a webpage to a PDF file
    public static void RenderPdf(string url)
    {
        // Initialize HtmlToPdf renderer
        var Renderer = new HtmlToPdf
        {
            // Set delay to allow for JavaScript content to load
            RenderDelay = 500 // Render delay of 500 milliseconds
        };

        // Render the specified URL to a PDF and save it to a file
        Renderer.RenderUrlAsPdf(url).SaveAs("output.pdf");
    }

    // Entry point of the program
    public static void Main(string[] args)
    {
        // URL of the webpage you want to convert to PDF
        string url = "http://example.com"; // Replace with the actual URL

        // Call the render method
        RenderPdf(url);
    }
}

Imports IronPdf ' Import IronPdf namespace to access the PDF rendering functionalities

' Define a class to demonstrate PDF rendering use-case
Public Class PdfRenderer
	' Method to render a webpage to a PDF file
	Public Shared Sub RenderPdf(ByVal url As String)
		' Initialize HtmlToPdf renderer
		Dim Renderer = New HtmlToPdf With {.RenderDelay = 500}

		' Render the specified URL to a PDF and save it to a file
		Renderer.RenderUrlAsPdf(url).SaveAs("output.pdf")
	End Sub

	' Entry point of the program
	Public Shared Sub Main(ByVal args() As String)
		' URL of the webpage you want to convert to PDF
		Dim url As String = "http://example.com" ' Replace with the actual URL

		' Call the render method
		RenderPdf(url)
	End Sub
End Class

Explanation of the Code:

1. Namespace Importation: We import the IronPdf namespace, which provides the necessary classes to work with PDF rendering functions.
2. Creating a Renderer: An instance of HtmlToPdf is created, allowing us to render web content into PDFs.
3. Setting RenderDelay: A delay is given to ensure that all asynchronous JavaScript content loads before the PDF is rendered, preventing incomplete captures.
4. Rendering the URL: RenderUrlAsPdf is used to convert the webpage into a PDF file, saving it as "output.pdf" in the local file system.
5. Running the Program: In the Main method, we define the webpage URL to convert and invoke the RenderPdf method to perform the conversion.

This setup ensures that your PDF render tasks in Chrome using IronPDF are managed efficiently while supporting various JavaScript frameworks as mentioned.