MazeNET.SerializationXml 2.0.2

MazeNET.SerializationXml

.NET XML Serialization Helper - Clean Architecture

✨ Features

• ✅ Clean Architecture design pattern
• ✅ Interface-based abstractions
• ✅ Multi-targeting support: .NET Framework 4.8, .NET 9.0, .NET 10.0
• ✅ Nullable reference types support for .NET 9+
• ✅ Comprehensive XML documentation
• ✅ Backward compatible API

🏗️ Architecture

MazeNET.SerializationXml/
├── Core/
│   ├── Interfaces/
│   │   ├── IXmlSerializer.cs
│   │   ├── IXmlFileOperations.cs
│   │   └── IXmlDocumentConverter.cs
│   └── Options/
│       ├── XmlOptions.cs
│       ├── XmlDeclarationOptions.cs
│       └── XmlOptionsBuilder.cs
└── Infrastructure/
    ├── Converters/
    │   ├── XmlSerializerService.cs
    │   └── XmlFileOperationsService.cs
    └── Extensions/
        └── XmlExtensions.cs

📦 Installation

Install from NUGET https://www.nuget.org/packages/MazeNET.SerializationXml/

Install-Package MazeNET.SerializationXml

Or via .NET CLI:

dotnet add package MazeNET.SerializationXml

🚀 Usage

Include package into your project:

using MazeNET.SerializationXml;
using MazeNET.SerializationXml.Core.Interfaces;
using MazeNET.SerializationXml.Core.Options;

📖 API Reference

Using Facade (Simple API - Backward Compatible)

SerializeObject

SerializeObject to XmlDocument:

var doc = XmlConverter.SerializeObject(myObject);

// -- Serialize with config
var doc = XmlConverter.SerializeObject(myObject, builder =>
          builder.RootElement("Products")
                .RemoveDeclaration()
                .RemoveTagCDDATA()
                .RemoveSchema());
      
// -- OR add options with builder function:
var doc = XmlConverter.SerializeObject(myObject).Builder(builder =>
          builder.RootElement("RootName")
                 .RemoveDeclaration()
                 .RemoveTagCDDATA()
                 .RemoveSchema());

DeserializeObject

// From XML string
var myObject = XmlConverter.DeserializeObject<MyType>(xmlString);

// From XmlDocument
var myObject = XmlConverter.DeserializeObject<MyType>(xmlDocument);

ConvertToString

// Convert XmlDocument to string
var xmlString = xmlDocument.ConvertToString();

// OR chain with serialization
var xmlString = XmlConverter.SerializeObject(myObject).ConvertToString();

Load file XML to XmlDocument:

var path = @"C:\Invoices.xml";
var doc = XmlConverter.LoadXml(path);

Load file XML to Object:

var path = @"C:\Invoices.xml";
var data = XmlConverter.FileToObject<Invoice>(path);

Save data to file XML:

// Save object to file
var path = @"C:\Invoices.xml";
XmlConverter.SaveToFile(path, myObject);

// Save XmlDocument to file
var path = @"C:\Invoices.xml";
XmlConverter.SaveToFile<Invoice>(path, xmlDocument);

Using Interfaces (Dependency Injection)

For modern applications using dependency injection:

using MazeNET.SerializationXml.Core.Interfaces;
using MazeNET.SerializationXml.Infrastructure.Converters;

// Register in your DI container
services.AddSingleton<IXmlSerializer, XmlSerializerService>();
services.AddSingleton<IXmlFileOperations, XmlFileOperationsService>();

// Use in your classes
public class MyService
{
    private readonly IXmlSerializer _xmlSerializer;
    private readonly IXmlFileOperations _fileOps;
    
    public MyService(IXmlSerializer xmlSerializer, IXmlFileOperations fileOps)
    {
        _xmlSerializer = xmlSerializer;
        _fileOps = fileOps;
    }
    
    public void SaveData(MyData data, string path)
    {
        var xmlDoc = _xmlSerializer.Serialize(data);
        _fileOps.SaveToFile(path, xmlDoc);
    }
    
    public MyData LoadData(string path)
    {
        return _fileOps.LoadFromFile<MyData>(path);
    }
}

🔧 Configuration Options

XmlOptionsBuilder Methods

• RootElement(string name) - Set root element name
• AddDeclaration(XmlDeclarationOptions) - Add XML declaration
• RemoveDeclaration(bool) - Remove XML declaration
• RemoveSchema(bool) - Remove XML schema
• RemoveTagCDDATA(bool) - Remove CDATA tags
• AddPrefix(string) - Add XML prefix

XmlDeclarationOptions Properties

• Version - XML version (default: "1.0")
• Encoding - XML encoding (default: UTF-8)
• Standalone - Standalone declaration (default: true)

🔄 Migration from v1.x

If you're upgrading from CodeMazeNET.Serialization.Xml v1.x:

// Old namespace (v1.x)
using CodeMazeNET.Serialization.Xml;

// New namespace (v2.x)
using MazeNET.SerializationXml;

The API remains the same, so your existing code will work with just the namespace change!

📝 Example

using MazeNET.SerializationXml;
using MazeNET.SerializationXml.Core.Options;

public class Invoice
{
    public int Id { get; set; }
    public string Customer { get; set; }
    public decimal Amount { get; set; }
}

// Serialize
var invoice = new Invoice 
{ 
    Id = 1, 
    Customer = "John Doe", 
    Amount = 150.00m 
};

var xmlDoc = XmlConverter.SerializeObject(invoice, builder => 
    builder.RootElement("Invoice")
           .RemoveSchema()
           .AddDeclaration(new XmlDeclarationOptions
           {
               Version = "1.0",
               Encoding = Encoding.UTF8,
               Standalone = true
           }));

// Save to file
XmlConverter.SaveToFile("invoice.xml", invoice);

// Load from file
var loadedInvoice = XmlConverter.FileToObject<Invoice>("invoice.xml");

// Deserialize from XML string
var xmlString = xmlDoc.ConvertToString();
var deserializedInvoice = XmlConverter.DeserializeObject<Invoice>(xmlString);

🎯 Benefits of Clean Architecture

1. Separation of Concerns - Core business logic separated from infrastructure
2. Testability - Easy to mock interfaces for unit testing
3. Maintainability - Clear structure makes code easier to understand and modify
4. Flexibility - Easy to swap implementations without changing client code
5. Dependency Inversion - High-level modules don't depend on low-level modules

Thanks

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