using IronBarCode; using System.Drawing; // Creating a barcode is as simple as: var myBarcode = BarcodeWriter.CreateBarcode("12345", BarcodeWriterEncoding.EAN8); // And save our barcode as in image: myBarcode.SaveAsImage("EAN8.jpeg"); Image myBarcodeImage = myBarcode.Image; // Can be used as Image Bitmap myBarcodeBitmap = myBarcode.ToBitmap(); // Can be used as Bitmap // Reading a barcode is easy with IronBarcode: var resultFromFile = BarcodeReader.Read(@"file/barcode.png"); // From a file var resultFromBitMap = BarcodeReader.Read(new Bitmap("barcode.bmp")); // From a bitmap var resultFromImage = BarcodeReader.Read(Image.FromFile("barcode.jpg")); // From an image var resultFromPdf = BarcodeReader.ReadPdf(@"file/mydocument.pdf"); // From PDF use ReadPdf // After creating a barcode, we may choose to resize and save which is easily done with: var myNewBarcode = BarcodeWriter.CreateBarcode("12345", BarcodeWriterEncoding.EAN8); myNewBarcode.ResizeTo(400, 100); myNewBarcode.SaveAsImage("myBarcodeResized.jpeg"); // To set more options and optimization with your Barcode Reading, // Please utilize the BarcodeReaderOptions paramter of read: var myOptionsExample = new BarcodeReaderOptions { // Choose a speed from: Faster, Balanced, Detailed, ExtremeDetail // There is a tradeoff in performance as more Detail is set Speed = ReadingSpeed.Balanced, // Reader will stop scanning once a barcode is found, unless set to true ExpectMultipleBarcodes = true, // By default, all barcode formats are scanned for. // Specifying one or more, performance will increase. ExpectBarcodeTypes = BarcodeEncoding.AllOneDimensional, // Utilizes multiple threads to reads barcodes from multiple images in parallel. Multithreaded = true, // Maximum threads for parallel. Default is 4 MaxParallelThreads = 2, // The area of each image frame in which to scan for barcodes. // Will improve performance significantly and avoid unwanted results and avoid noisy parts of the image. CropArea = new Rectangle(), // Special Setting for Code39 Barcodes. // If a Code39 barcode is detected. Try to use extended mode for the full ASCII Character Set UseCode39ExtendedMode = true }; // And, apply: var results = BarcodeReader.Read("barcode.png", myOptionsExample);

USING IRONBARCODE

How to Generate Barcode in Blazor

Published September 12, 2023

Barcodes have become an essential part of modern business operations. They simplify inventory management, enhance product tracking, and streamline data entry processes. Integrating barcode generation capabilities into web applications can be incredibly beneficial, and Blazor, a popular web framework by Microsoft, offers an excellent platform to achieve this seamlessly.

In this tutorial, we will explore barcode generation within the Blazor framework using the powerful IronBarcode library. You'll learn how to create and customize barcodes effortlessly, making your Blazor applications even more versatile and efficient.

IronBarcode

IronBarcode is a powerful .NET library designed to simplify the process of creating barcodes within your applications. It provides a set of tools and functions that allow developers to generate various types of barcodes effortlessly. Whether you need to create barcodes for product labels, inventory management, or other purposes, IronBarcode makes the task straightforward and efficient.

Prerequisites

Before we get started, make sure you have the following prerequisites ready:

Visual Studio (or any other IDE like Visual Studio Code).
IronBarcode installed.
Basic knowledge of Blazor and C#.

Setting Up a Blazor Server App in Visual Studio

Blazor Server is a great choice for building interactive web applications with .NET. Visual Studio, Microsoft's powerful integrated development environment (IDE), makes it easy to create these apps. Here, we'll create a Blazor Server App using Visual Studio.

If you haven't already installed Visual Studio, you can download it from the Visual Studio website.

Create a New Project

Click on "Create a new project".
Search for "Blazor Server App" using the search bar at the top.
Select "Blazor Server App" from the list of project templates and click the "Next" button.

Configure the Blazor Application

In the "Configure your new project" dialog, you'll need to provide some details:
Project name: Enter a name for your Blazor app.
Location: Choose where you want to save your project files.
Solution name: Optionally, you can change the name of the solution that contains your project.
Click the "Next" button to continue.

Additional Information

Make sure ".NET 6.0 (LTS)" is selected in the dropdown.
If you want to add authentication to your app, you can choose from the available options. Visual Studio provides templates for Individual User Accounts, Work or School Accounts, and more. You can also choose "None" if you don't need authentication right away.
Click the "Create" button to finish setting up your project.

Install IronBarcode

To install the IronBarcode library via NuGet Package Manager in Visual Studio for your Blazor project, you can follow these steps:

Right-click on your project in Visual Studio Solution Explorer, and then select "Manage NuGet Packages."
In the "NuGet Package Manager" window, make sure you are in the "Browse" tab.
In the search box in the top-right corner, type "IronBarcode" and press Enter.
Click on the "Install" button next, and it will begin the installation process.

This section is now free of spelling and grammar errors. Additionally, the fenced code block language has been corrected to "cs" based on the source code embedded.

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