OnvifStandard 1.5.0

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🌐 OnvifStandard — Modern ONVIF for .NET (No WCF)

A .NET Standard 2.0 library for interacting with ONVIF‑compliant devices (IP cameras, NVRs, encoders) using SOAP over HTTP — without WCF bindings.
Built for modern .NET, lightweight, and easy to extend.

✨ Features

• Pure .NET Standard 2.0 implementation
• No WCF, no generated bindings
• Uses the excellent SoapHttpClient
• Supports:
  • Device Service
  • Media Service
  • Imaging Service
  • PTZ Service
  • Events Service

📘 Short Example — Get RTSP Stream + PTZ Control

// 1. Get device information
var deviceClient = new DeviceClient
{
  //SoapClient = new SoapClient(new YourHttpClientFactory()),  <== Optional: Use a custom HttpClientFactory if needed
    ServiceUri = new Uri("http://camera-ip/onvif/device_service"),
    User = "username",
    Password = "password"
};
var deviceInfo = await deviceClient.GetDeviceInformation();

// 2. Create Media client
var mediaClient = new MediaClient
{
    ServiceUri = new Uri("http://camera-ip/onvif/media_service"),
    User = "username",
    Password = "password"
};

// 3. Get available media profiles
var profilesResponse = await mediaClient.GetProfiles();
var profile = profilesResponse.Profiles.First();

// 4. Get the RTSP stream URI
var streamSetup = new StreamSetup
{
    Stream = StreamType.RTPUnicast,
    Transport = new Transport { Protocol = TransportProtocol.RTSP }
};
var streamUriResponse = await mediaClient.GetStreamUri(streamSetup, profile.Token);
Console.WriteLine($"RTSP URI: {streamUriResponse.MediaUri.Uri}");

// 5. Use PTZ client to pan and zoom the camera
var ptzClient = new PtzClient
{
    ServiceUri = new Uri("http://camera-ip/onvif/ptz_service"),
    User = "username",
    Password = "password"
};
var velocity = new PTZSpeed
{
    PanTilt = new Vector2D { X = 0.5f, Y = 0 }, // pan right
    Zoom = new Vector1D { X = 0.2f }            // zoom in
};
await ptzClient.ContinuousMove(profile.Token, velocity);

💡 Why This Library Exists

I couldn’t find a modern, lightweight ONVIF library for .NET that didn’t rely on WCF. Most ONVIF libraries rely on WCF bindings generated via svcutil or dotnet-svcutil.
With modern tooling (including AI-assisted code generation), ONVIF services can be implemented cleanly, manually, and without WCF.
This project aims to be a modern, lightweight alternative for developers who want ONVIF support without legacy baggage.

🛠️ Support & Compatibility

ONVIF devices vary widely — many implement only parts of the spec, and some behave… creatively.

If your device:

• fails on a specific call
• returns unexpected SOAP responses
• needs a custom quirk or extension

👉 Open an issue!
I’ll help add support, and contributions are very welcome.

Most of the code is AI‑generated, and only the features I needed are fully tested.
If something doesn’t work, report it — or send a PR.

⚠️ Known Limitations

• Not a video streaming library.
  ONVIF provides RTSP URLs; you’ll need another library to decode or display video.
• Some devices use non‑standard ONVIF implementations, which may require special handling.

🙏 Acknowledgements

• Inspired by the ONVIF standard and existing ONVIF libraries.
• SOAP communication powered by SoapHttpClient.
  Go give that project a star — it deserves it.

🤝 Want to Contribute?

This project is intentionally simple and approachable — perfect for contributors.

Ways you can help:

• Add support for more ONVIF services
• Improve device compatibility
• Fix or refine AI‑generated DTOs
• Add tests
• Improve documentation
• Share device logs or quirks

A CONTRIBUTING.md will be added soon, but until then feel free to open issues or PRs.

🚀 Coming Soon (Community Roadmap)

• More ONVIF services
• Discovery