using IronPdf; // Disable local disk access or cross-origin requests Installation.EnableWebSecurity = true; // Instantiate Renderer var renderer = new ChromePdfRenderer(); // Create a PDF from a HTML string using C# var pdf = renderer.RenderHtmlAsPdf("<h1>Hello World</h1>"); // Export to a file or Stream pdf.SaveAs("output.pdf"); // Advanced Example with HTML Assets // Load external html assets: Images, CSS and JavaScript. // An optional BasePath 'C:\site\assets\' is set as the file location to load assets from var myAdvancedPdf = renderer.RenderHtmlAsPdf("<img src='icons/iron.png'>", @"C:\site\assets\"); myAdvancedPdf.SaveAs("html-with-assets.pdf");

using IronPdf; using System; // Step 1. Creating a PDF with editable forms from HTML using form and input tags // Radio Button and Checkbox can also be implemented with input type 'radio' and 'checkbox' const string formHtml = @" <html> <body> <h2>Editable PDF Form</h2> <form> First name: <br> <input type='text' name='firstname' value=''> <br> Last name: <br> <input type='text' name='lastname' value=''> <br> <br> <p>Please specify your gender:</p> <input type='radio' id='female' name='gender' value= 'Female'> <label for='female'>Female</label> <br> <br> <input type='radio' id='male' name='gender' value='Male'> <label for='male'>Male</label> <br> <br> <input type='radio' id='non-binary/other' name='gender' value='Non-Binary / Other'> <label for='non-binary/other'>Non-Binary / Other</label> <br> <p>Please select all medical conditions that apply:</p> <input type='checkbox' id='condition1' name='Hypertension' value='Hypertension'> <label for='condition1'> Hypertension</label><br> <input type='checkbox' id='condition2' name='Heart Disease' value='Heart Disease'> <label for='condition2'> Heart Disease</label><br> <input type='checkbox' id='condition3' name='Stoke' value='Stoke'> <label for='condition3'> Stoke</label><br> <input type='checkbox' id='condition4' name='Diabetes' value='Diabetes'> <label for='condition4'> Diabetes</label><br> <input type='checkbox' id='condition5' name='Kidney Disease' value='Kidney Disease'> <label for='condition5'> Kidney Disease</label><br> </form> </body> </html>"; // Instantiate Renderer var renderer = new ChromePdfRenderer(); renderer.RenderingOptions.CreatePdfFormsFromHtml = true; renderer.RenderHtmlAsPdf(formHtml).SaveAs("BasicForm.pdf"); // Step 2. Reading and Writing PDF form values. var FormDocument = PdfDocument.FromFile("BasicForm.pdf"); // Set and Read the value of the "firstname" field var FirstNameField = FormDocument.Form.FindFormField("firstname"); FirstNameField.Value = "Minnie"; Console.WriteLine("FirstNameField value: {0}", FirstNameField.Value); // Set and Read the value of the "lastname" field var LastNameField = FormDocument.Form.FindFormField("lastname"); LastNameField.Value = "Mouse"; Console.WriteLine("LastNameField value: {0}", LastNameField.Value); FormDocument.SaveAs("FilledForm.pdf");

Published April 20, 2023

MAUI vs Blazor

If you're just starting with .NET development, you may have heard of two popular frameworks: Blazor and MAUI. Both of these technologies offer a way to build web and mobile applications using C# and .NET, but they differ in some key ways. In this article, we'll take a closer look at Blazor and MAUI, and help you decide which one is right for your next project.

Maui vs Blazor What to Know For Developers

Target different platform between Blazor and MAUI
Accompany both C# and HTML code in the same file on Blazor. Whereas MAUI separates C# code and XAML markup
Relay on network latency and browser performance for Blazor. MAUI applications are compiled to native code and run directly on the device
Share code across different platforms for both Blazor and MAUI
Support a wide range of third-party libraries for both Blazor and MAUI

What is Blazor?

Blazor is a web framework that allows you to build web applications using C# and .NET, instead of JavaScript. With Blazor, you can create interactive and responsive web applications using Razor syntax, a markup language that lets you combine HTML and C# code. Blazor is known for its ease of use and fast development time, as well as its ability to work seamlessly with other .NET technologies.

MAUI vs Blazor: Figure 2

Blazor comes in two flavors: Blazor Server and Blazor WebAssembly. Blazor Server is a client-server architecture where the client-side code is executed on the server and communicates with the client using SignalR. Blazor WebAssembly, on the other hand, is a pure client-side architecture that compiles C# code to WebAssembly, a binary format that runs in the browser. Blazor WebAssembly offers better performance and scalability than Blazor Server but requires more client-side resources.

What is .NET MAUI?

MAUI (Multi-platform App UI) is a new cross-platform framework that allows you to build native mobile applications for iOS, Android devices, and Windows using C# and .NET. MAUI is the successor to Xamarin, another popular framework for mobile app development. With MAUI, you can create cross-platform apps that look and feel native on each platform, and share code between them. MAUI also offers a variety of UI controls and features, making it easier to create complex native apps with less code.

MAUI vs Blazor: Figure 3

MAUI is built on .NET 6 .NET 6 offers improved performance, reduced startup time, and enhanced cloud capabilities, making it ideal for building scalable and performant applications. MAUI also offers a variety of UI controls, including buttons, labels, text boxes, and more. These controls are designed to look and feel native on each platform and can be customized using styles and templates.

MAUI vs Blazor: Key Differences

While Blazor and MAUI share some similarities, there are some key differences to consider when choosing which one to use for your next project.

Platform

The biggest difference between Blazor and MAUI is the platform they target. Blazor is designed for web applications, while MAUI is designed for mobile applications. If you're building a web application, you should use Blazor. If you're building a mobile application, you should use MAUI. It can be developed using Visual Studio IDE and can be tested on an android device or android emulator.

UI Controls

Blazor offers a variety of web UI components that allow you to create responsive and interactive web applications. MAUI also offers UI controls, but they are specifically designed for mobile applications. If you're building a mobile app, you'll need to use MAUI's UI controls. If you're building a web app, you can choose between Blazor's controls or other .NET UI frameworks like React or Angular.

Development Workflow

Blazor and MAUI have different development workflows. With Blazor, you write C# and HTML code in the same file. With MAUI, you write C# code and XAML markup separately. This can affect how you organize your code and how you debug your application.

Performance

Blazor and MAUI have different performance characteristics. Blazor applications run in the browser and can be affected by network latency and browser performance. MAUI applications, on the other hand, are compiled to native code and run directly on the device, which typically results in better performance. However, Blazor WebAssembly has made significant strides in recent years and can offer near-native performance in some cases.

Both Blazor and MAUI allow you to share code across different platforms, but they do it in different ways. Blazor allows you to reuse .NET code between server-side and client-side applications, while MAUI allows you to share code between different mobile platforms using .NET Standard libraries. This can make it easier to maintain your codebase and reduce development time.

Blazor hybrid apps with .NET MAUI

Blazor Hybrid is a technology that combines the power of Blazor WebAssembly with native mobile functionality. It allows developers to build hybrid applications that run on both web and mobile platforms with a single codebase. With the release of .NET MAUI, Microsoft has provided additional support for building Blazor Hybrid applications.

Blazor Hybrid apps use WebView to render the UI for the application, which allows developers to build native mobile applications with web technologies such as HTML, CSS, and JavaScript. This means that developers can leverage their existing web development skills to build mobile applications with Blazor Hybrid, while still being able to take advantage of native mobile functionality such as camera access, GPS, and push notifications.

.NET MAUI provides additional features and functionality for Blazor Hybrid apps, such as support for native navigation, device-specific UI, and platform-specific integrations. This allows developers to build high-quality and feature-rich hybrid applications with a seamless and native-like user experience.

One of the benefits of using Blazor Hybrid with .NET MAUI is the ability to share code across platforms. By using .NET MAUI, developers can write code once and use it to build applications that run on multiple platforms, including Android, iOS, and Windows. This can save time and effort in building and maintaining multi-platform applications, while still delivering a great user experience on each platform.

In summary, Blazor Hybrid with .NET MAUI is a powerful technology that allows developers to build hybrid applications with web technologies and native functionality. With support for sharing code across platforms, developers can build applications that run on multiple platforms with a single codebase, while still delivering a great user experience.

MAUI vs Blazor: Figure 4

Which One Should You Choose?

Ultimately, the choice between Blazor and MAUI depends on the specific needs of your project. If you're building a web application, Blazor is a great choice. If you're building a mobile application, MAUI is the way to go. However, it's worth noting that both technologies are highly flexible and can be used in a variety of scenarios.

Third-Party Libraries Support

One of the great things about both Blazor and MAUI is that they support a wide range of third-party libraries and components, including Iron Software's suite of .NET development tools. Here are a few examples of how Iron Software's products can be used with Blazor and MAUI:

IronPDF: As a PDF library, IronPDF can be used with Blazor, MAUI, and .NET MAUI Blazor app to generate PDF files from within your application. This is especially useful for scenarios where you need to generate reports, invoices, or other types of documents that can be shared or printed. With IronPDF, you can create PDFs from scratch or convert existing HTML or Word documents to PDF format.
IronOCR: If you're building an application that needs to extract text from scanned documents or images, IronOCR is a great choice. This OCR library can be used with .NET MAUI Blazor apps to recognize text and convert it to machine-readable formats, such as plain text or searchable PDF. This can be useful in scenarios such as data entry, document processing, or archival.
IronBarcode: As a barcode library, IronBarcode can be used with both the Blazor hybrid app and .NET MAUI App to generate and read barcodes in a variety of formats. This can be useful for scenarios such as inventory management, asset tracking, or point-of-sale systems. With IronBarcode, you can generate barcodes in formats such as QR codes, UPC codes, and Code 128, and you can also read barcodes from images or camera input.
IronXL: As an Excel library, IronXL can be used with Balzor, MAUI, and .NET MAUI Blazor apps to create, read, and edit Excel files. This can be useful for scenarios such as data analysis, reporting, or data exchange with other systems. With IronXL, you can read and write Excel files in formats such as XLSX and CSV, and you can also perform calculations, manipulate data, and apply formatting.

Overall, Iron Software's suite of .NET development tools can be a great asset to developers working with Blazor and MAUI. By using these libraries and components, you can save time and effort in building high-quality applications with advanced features and functionality. Whether you're building a web application with Blazor or a mobile application with MAUI, Iron Software's products can help you achieve your goals and deliver a great user experience.

Conclusion

In conclusion, Blazor and .NET MAUI are two exciting technologies that are changing the landscape of software development using .NET Technology. Blazor is a great choice for building web applications, while MAUI is ideal for building cross-platform mobile applications. Both technologies offer a range of benefits, such as the ability to use C# and .NET to build client-side applications, support for modern web and mobile development patterns, and the ability to share code across platforms.

Additionally, both Blazor and MAUI support a wide range of third-party libraries and components, including Iron Software's suite of .NET development tools, which can help you build high-quality and feature-rich applications. Whether you're just getting started with .NET development or you're an experienced developer looking to stay ahead of the curve, Blazor and MAUI are worth exploring.

IronPDF, IronXL, IronBarcode and IronOCR are free to install and use for non-commercial development purposes. A free trial is available for testing in production. Look at the pricing plans for more details about prices and licensing.

Users can also benefit from Iron Suite, a collection of five professional .NET Core libraries, including IronXL, IronPDF, IronOCR, IronBarcode and others.