NPv.Mail.Abstractions 1.1.1

NPv.Mail.Abstractions

A lightweight set of abstractions for email sending and templating in .NET applications.

✨ Features

• IMailSender — abstraction for sending emails.

• MailAttachment — DTO for file attachments.

• MailRequest — DTO for email data, including optional file attachments.

• SmtpSettings - POCO for SMTP configuration, compatible with IConfiguration binding

• EmailContent - DTO representing the rendered email content (subject and HTML body).

• IEmailTemplateModel - interface for providing localization data for email templates.

• IEmailTemplateRenderer — abstraction for rendering HTML email templates with localization and dynamic data.

📦 Installation

Add a reference to the NuGet package (coming soon!):

Install-Package NPv.Mail.Abstractions

⚙️ Usage

Configure services in Program.cs

builder.Services.Configure<SmtpSettings>(
    builder.Configuration.GetSection("Smtp")
);

// Register your implementations
builder.Services.AddTransient<IMailSender, MailKitMailSender>();
builder.Services.AddTransient<IEmailTemplateRenderer, ScribanTemplateRenderer>();

Send an email

var message = new MailRequest
{
    To = "recipient@example.com",
    Subject = "Welcome!",
    HtmlBody = "<p>Hello world!</p>",
    Attachments = new List<MailAttachment>
    {
        new MailAttachment
        {
            FileName = "hello.txt",
            Content = Encoding.UTF8.GetBytes("Hello world!"),
            ContentType = "text/plain"
        }
    }
};

await mailSender.SendAsync(message);

Render a template

        var content = _emailRender.Render(new ConfirmEmailTemplateModel(confirmUrl, "en"));
        Console.WriteLine(emailContent.Subject);
        Console.WriteLine(emailContent.HtmlBody);

Configuration

"Smtp": {
  "ServerName": "smtp.example.com",
  "ServerPort": 587,
  "UserName": "user@example.com",
  "Password": "yourpassword",
  "FromAddress": "noreply@example.com",
  "FromName": "Example Sender"
}

🚀 Author's Note

This library grew out of my long-standing personal interest in structuring and publishing open source packages. Over time, I’ve revisited and refined earlier internal utilities and ideas, giving them a more consistent shape and preparing them for wider reuse. Along the way, I’ve also taken the opportunity to explore how open source distribution and licensing work in the .NET ecosystem.

It’s a small step toward something I’ve always wanted to try — sharing practical, minimal tools that reflect years of learning, experimentation, and refinement.

Hopefully, someone finds it useful.

Nikolai 😛

⚖️ License

MIT — you are free to use this in commercial and open-source software.