Sending and receiving emails sounds simple, after all, electronic mail existed decades before the Internet. If you're looking for an all-in-one .NET solution for email, you'll quickly discover MailKit is recommended by even the likes of Microsoft due to how it implements the RFC standard. Unfortunately the downside of doing it all is that MailKit can be difficult to set upand use, especially the first time you go to try something like working with attachments or writing a reply. The aim of this package is to make sending and receiving emails as simple as possible!
SMTP with MailKitSimplified.Sender
Sending an email with MailKitSimplified.Sender is as easy as:
using var smtpSender = SmtpSender.Create("localhost");
await smtpSender.WriteEmail.To("test@localhost").SendAsync();
IMAP with MailKitSimplified.Receiver
Receiving emails with MailKitSimplified.Receiver is as easy as:
using var imapReceiver = ImapReceiver.Create("localhost");
var mimeMessages = await imapReceiver.ReadMail.GetMimeMessagesAsync();
You can even monitor an email folder for new messages asynchronously, never before has it been this easy!
Once you've got either a mime message or a message summary, replying is now equally as intuitive.
var mimeReply = mimeMessages.GetReplyMessage("<p>Reply here.</p>");
You're welcome. 🥲
Example Usage
The examples above will actually work with no other setup if you use something like smtp4dev, but below are some more realistic examples. The cancellation token is recommended but not required.
Sending Mail
using var smtpSender = SmtpSender.Create("smtp.example.com:587")
.SetCredential("user@example.com", "App1icati0nP455w0rd")
.SetProtocolLog("Logs/SmtpClient.txt");
await smtpSender.WriteEmail
.From("my.name@example.com")
.To("YourName@example.com")
.Bcc("admin@example.com")
.Subject("Hello World")
.BodyHtml("<p>Hi</p>")
.Attach("appsettings.json")
.TryAttach(@"Logs\ImapClient.txt")
.SendAsync(cancellationToken);
